| AI-Driven Crafts Design | Yes | Arts and Humanities |  Fuad Khasawneh | Fuad Khasawneh | Ra'ed Sa'aideh; m.taani@ju.edu.jo; Mohammad Nassar | | Our Mission: to Achieve a Comprehensive Vision for Developing and Redesigning Traditional Crafts and Arts by Utilizing Artificial Intelligence Technologies. The Group Strives to Preserve Cultural Heritage through Innovative Documentation Methods, Focusing on Blending Authenticity with Technology. This Group Brings Together Academic Specialists, Employers, and Specialized Institutions to Produce Advanced Designs That Reflect Cultural Identity While Meeting Contemporary Demands. The Primary Mission Is to Enhance the Artistic and Economic Value of Traditional Crafts While Creating Opportunities to Develop New Products That Cater to the Needs of Local and Global Markets
Our Intrests focusing on various intersections between artificial intelligence and both traditional and contemporary craft practices. This exploration aims to combine technological innovation with the preservation of cultural heritage and artistic craftsmanship. Key areas of focus include enhancing creativity, automating design processes, preserving traditional crafts, and fostering collaborative design.
One primary focus is AI-Enhanced Creativity in Craft, where the potential of AI to inspire innovative creative directions is investigated. This includes generating unique patterns, forms, and structures that might not be easily envisioned by human designers. Additionally, AI tools can analyze historical and cultural craft techniques, generating design possibilities that maintain traditional aesthetics while offering fresh interpretations.
Another area of interest is AI-Driven Design Automation, which examines the automation of various craft design processes. This could include creating intricate patterns, selecting appropriate materials, or employing digital fabrication techniques to enhance efficiency and precision without compromising traditional values. AI can also optimize craft processes by addressing challenges such as scaling designs, prototyping, or adapting to material constraints and production methods.
The group also prioritizes Craft Preservation and Revitalization, utilizing AI to document and preserve traditional techniques such as textile weaving, pottery, or woodworking. AI can aid artisans in reviving lost methods or updating them for contemporary use. Furthermore, it can facilitate digital archiving, cataloging, and the widespread dissemination of craft knowledge, ensuring its accessibility for future generations.
Lastly, the group emphasizes AI in Collaborative Design, where AI serves as a partner in the design process. This approach encourages human artisans and AI to work together, exploring innovative design solutions and problem-solving strategies. By studying the dynamics of human-AI collaboration, the group aims to ensure that AI empowers artisans rather than replacing their craftsmanship, maintaining the human touch essential to craft traditions.
In addition ,producing high-quality research on the intersection of artificial intelligence and handcrafted design. This includes investigating how AI can contribute to the development of innovative methodologies, tools, and frameworks tailored for craft design. By addressing both theoretical and practical aspects, the group aims to create a knowledge base that advances the field, informs industry practices, and provides valuable insights for educators, artisans, and researchers alike. Through this research, the group seeks to bridge the gap between traditional craftsmanship and cutting-edge technology, ensuring a sustainable and innovative future for the craft sector. | Arts and Desgin | Yes | Yes |
| Construction Engineering Management (CEM) | Yes | Engineering and Technology | Muhammad Hatamleh | Muhammad Hatamleh | Mujahed Thneibat; Ghaleb J. Sweis; rateb sweis; Tasneem Wassif Ibrahim Obeidat | | Our research group is dedicated to advancing knowledge across a diverse array of critical areas. We focus on enhancing the accuracy of cost estimates, employing fuzzy logic techniques and Intelligent Decision Support Systems (IDSS) to improve decision-making processes. Our work in economic analysis provides valuable insights into the financial aspects of projects, while our expertise in project management and project risk management ensures effective and efficient project execution. We are committed to quality and reliability engineering, striving to enhance the dependability of systems and processes. Our research in safety engineering aims to mitigate risks and protect stakeholders. Additionally, we emphasize sustainability and sustainable infrastructure, promoting practices that support long-term environmental and societal well-being. Finally, we explore the Project Management Maturity Model, seeking to elevate organizational project management capabilities. Through these varied interests, our group contributes to the development of innovative solutions and best practices in the field
| Engineering | No | Yes |
| Data-Driven Built Environment | No | Engineering and Technology | Nancy Al Assaf | Nancy Al Assaf | | | | Engineering | No | No |
| Spatial Risk Modeling of Natural Hazards | Yes | Arts and Humanities | Ali Alananzeh | Ali Alananzeh; Hind Alsarayrah | Hussam Bilbisi; Yusra Al-husban; Hind Alsarayrah; Wissam Hayek; Mustafa Al Kuisi | | The research group focuses on studying the most important natural hazards in Jordan, such as floods, landslides, and earthquakes. The aim is to leverage the results of these applied studies to determine precise responses and treatment options for the consequences of natural hazards by relevant authorities in Jordan, as well as the impact of these hazards on urban transformation, sustainability, and the development of urban cities and their outskirts, using modern geospatial analysis techniques( GIS, RS) and artificial intelligence. The group's main research interests include the following:
1. Natural Hazard Assessment
Earthquakes, floods, landslides, droughts, wildfires, etc
Hazard mapping and zonation
2. Spatial Risk Modeling
GIS and remote sensing techniques
Risk and vulnerability mapping
Multi-criteria decision analysis (MCDA)
3. Disaster Risk Reduction (DRR)
Risk exposure and mitigation strategies
Scenario modeling for preparedness
4. Urban Planning & Land Use
Hazard-informed urban expansion
Infrastructure planning in high-risk areas
5. Climate Change & Environmental Impact
Climate-driven hazard intensification
Integration of climate models into hazard predictions
6. Socioeconomic Vulnerability
Population exposure and social vulnerability indices
Community resilience and adaptive capacity | Arts | Yes | Yes |
| Urban Transformation and Sustainable Development | No | Arts and Humanities | Zeyad Makhamreh | Zeyad Makhamreh | | | | Arts | No | No |
| Academic Libraries | Yes | Arts and Humanities | noor abu tayeh | noor abu tayeh | Laith Jumah; Heba Damrah; rania zarour; Dr. Ibrahim Hammad; Amal AbdelRahman Mohammad AlSabatin | | Our research group at the University of Jordan explores evolving trends and innovations shaping academic libraries, focusing on five key areas. We delve into:
1. Emerging Technologies in Academic Libraries
Use of Artificial Intelligence for personalized services.
Implementation of machine learning for catalog management.
Blockchain for secure and decentralized library data management.
Smart IoT-based libraries for efficient user experiences.
2. Academic Library Space and Design
Transition from traditional to hybrid or fully digital spaces.
Role of library makerspaces in supporting innovation and learning.
Flexible and inclusive library designs for diverse users.
3. User Behavior and Access Patterns
Patterns in academic resource usage post-COVID-19.
Comparative analysis of digital vs. physical library material preferences.
Accessibility challenges for students with disabilities.
4. Scholarly Communication and Publishing
Trends in Open Access publishing and its impact on libraries.
Role of institutional repositories in improving research visibility.
Predatory journals and their influence on academic resources.
5. Information Literacy and Skills Development
Designing effective information literacy programs for students.
Measuring the impact of library services on academic performance.
Combatting misinformation through library-led workshops. | Educational Sciences | Yes | Yes |
| Advanced Baking Science & Technology | Yes | Life Sciences and Medicine | ashraf alkhamaiseh | ashraf alkhamaiseh | Mohammed Saleh; ziad abu waar; Nora Abuasab; Abed AL Slaihat | | The collective research efforts are aimed at establishing a world-class center for foundational and applied cereal and baking science that drives innovation, sustainability, and health-focused solutions for the regional and global food sector.
This is achieved by:
1. Fundamental Cereal Science and Raw Material Functionality
Focus on deepening the understanding of cereal-based raw material functionality (flour, starches, proteins, fibers) and the core scientific principles governing baking. This includes:
Bridging the gap between fundamental science and practical application in industrial baking processes.
Studying the impact of genetic and environmental factors on grain quality for baking applications.
Investigating the physicochemical properties and rheological behavior of dough and batter systems.
2. Novel Technologies and Sustainable Processing
Dedicated to driving innovation in baking technology through the development and implementation of advanced, sustainable methods. Research themes include:
Developing novel processing technologies to optimize dough handling, fermentation, and baking efficiency.
Exploring sustainable processing methods to minimize waste, reduce energy consumption, and enhance shelf-life.
Investigating non-thermal and minimal processing techniques to preserve nutritional integrity.
3. Health-Focused Ingredient and Product Innovation
Pioneering the next generation of healthier, functional bakery products through innovative ingredient formulations. This directly supports SDG 2 (Zero Hunger) and SDG 3 (Good Health and Well-being). Areas of interest are:
Researching the use of probiotics, prebiotics, and functional ingredients to improve the nutritional and health profile of baked goods.
Formulating recipes with alternative flours and novel ingredients (e.g., pulses, pseudo-cereals, by-products) to enhance fiber and protein content.
Developing fortified bakery products to address micronutrient deficiencies.
4. Applied Science, Industry, and Workforce Development
Research focuses on applied outcomes that strengthen the regional food sector and support the achievement of several Sustainable Development Goals (SDGs) adopted by the University of Jordan SDG 8 (Decent Work and Economic Growth) and SDG 9 (Industry, Innovation, and Infrastructure). This involves:
Technology transfer and industrial process advancement to create new market opportunities for high-quality, accessible bakery products.
Cultivating the next generation of food scientists through hands-on research and discovery, aligning with SDG 4 (Quality Education).
Strengthening the scientific and technological capabilities of the local and regional food processing sector. | Agriculture | No | Yes |
| Advanced Dental Imaging for Precision Care | No | Life Sciences and Medicine | Rawan Abu Zaghlan | Rawan Abu Zaghlan | | | | Dentistry | No | No |
| Advanced Materials and catalysis for energy, environment and Detection | No | Natural Sciences | Reyad Al-Shawabkeh | abdullah nasr | | | | Engineering | No | No |
| Agrobeneficial Microorganisms (AgroBenM) | Yes | Life Sciences and Medicine | Kholoud Alananbeh | Kholoud Alananbeh | Yahya Othman; Jamal Ayad; Malik Ajlouni; Monther Tahat; Wisam Obeidat | | Our research mission focuses on harnessing beneficial microorganisms to promote sustainable agriculture. We isolate and characterize plant growth-promoting microbes (PGPMs) that enhance nutrient availability and stimulate plant development through mechanisms such as nitrogen fixation, phosphate solubilization, and phytohormone production. Our work encompasses the development of microbial biocontrol agents as eco-friendly alternatives to chemical pesticides, the study of soil and rhizosphere microbial communities to enhance soil health and resilience, and the design of biofertilizers and biostimulants to improve crop performance under stress. Using genomic and metagenomic tools, we investigate functional traits of microbes and their roles in plant-microbe interactions, with the overarching goal of integrating microbial technologies into sustainable crop and soil management systems.
Our research interests include the following:
Plant Growth-Promoting Microorganisms (PGPMs): Isolation and characterization of bacteria and fungi that enhance plant growth through nitrogen fixation, phosphate solubilization, siderophore production, and phytohormone synthesis.
Biocontrol Agents: Development of microbial solutions for managing plant pathogens, pests, and diseases as eco-friendly alternatives to synthetic pesticides.
Soil Microbiome and Health: Investigating the structure, function, and dynamics of microbial communities in agricultural soils and their influence on fertility, structure, and resilience.
Rhizosphere Ecology: Understanding plant-microbe-soil interactions in the rhizosphere, including root exudate-mediated communication and microbiome engineering.
Microbial Biofertilizers and Biostimulants: Designing and testing microbial inoculants to improve nutrient use efficiency and abiotic stress tolerance in crops.
Endophytes and Symbiotic Microorganisms: Studying mutualistic associations such as mycorrhizal fungi and nitrogen-fixing bacteria to improve plant health and yield.
Microbial Genomics and Metagenomics: Applying omics technologies to decipher functional genes and metabolic pathways relevant to plant-microbe interactions and soil health.
Sustainable Crop and Soil Management: Integrating microbial technologies with conservation practices to support regenerative agriculture and climate adaptation. | Agriculture | Yes | Yes |
| AI and Modern Technologies in Arabic Music | Yes | Arts and Humanities | Nidal Nusirat | Dalia Hussain; Nidal Nusirat | Tariq Odeh; ALA ABDELAZIZ ABDELWAHAB KHANFAR | | Our research group focuses on the impact of Artificial Intelligence (AI) and modern technology on Arabic music, exploring how these innovations are reshaping traditional musical practices, performance techniques, and pedagogy within the Arab world. Our primary goal is to investigate how AI tools, digital platforms, and emerging technologies are being integrated into the creation, production, teaching, and dissemination of Arabic music.
We aim to identify key technological advancements influencing music composition, production, and distribution while also examining how these tools are transforming music education and pedagogy.
By studying these developments, we seek to enhance the understanding of how technology can both challenge and enrich traditional music forms and teaching methods.
Our research also aims to improve music education practices by exploring new ways to teach Arabic music using modern tools, fostering creativity, and enhancing student engagement. | Arts and Desgin | Yes | Yes |
| AI in Medicine and Dentistry (AIMeD) | Yes | Life Sciences and Medicine | Dr. Mousa Al-Akhras | Dr. Mousa Al-Akhras | Mohammad Abdel-Majeed; Mailk Juweid; Yazan Hassoneh; tamam alsarhan; Kais Albalbissi; JEHAD AMER JEHAD YASIN | | Research Group Mission:
To explore, develop, and promote the ethical and impactful applications of Artificial Intelligence in medicine and dentistry, enhancing diagnostics, treatment, education, and patient care.
Group Reseach Interests
AI-Based Medical Imaging and Diagnostics
Develop and improve AI models for analyzing medical and dental images (X-rays, MRIs, Nuclear Images, CT scans, etc.) to detect diseases like cancer, fractures, and neurological disorders.
Predictive Analytics for Disease Progression and Patient Management
Investigating the use of AI to predict disease risk, treatment outcomes, hospital readmissions, and surgical complications using historical patient data.
Ethical, Legal, and Regulatory Challenges of AI in Healthcare
Exploring issues such as data privacy, bias in AI models, ethical use of patient data, and the development of regulatory frameworks for AI applications in medicine and dentistry.
Integration of AI into Clinical Practice and Electronic Health Records (EHRs)
Studying how to practically implement AI tools in healthcare settings, including hospitals and dental clinics, and how to integrate AI outputs into existing clinical workflows for enhanced decision-making.
| IT | Yes | Yes |
| AI-Driven Sustainable Marketing | No | Social Sciences and Management | nawras nusairat | nawras nusairat | | | | Business | No | No |
| AI-Mediated Multilingual Education | No | Arts and Humanities | mohammad almashour | mohammad almashour | | | | Foreign languages | No | No |
| Alternative Fuels and Hybrid Renewable Energy Systems | No | Engineering and Technology | Jamil Asfar | Jamil Asfar | Hamzeh Duwairi; Saleh Akour; FARAH SULIMAN NASSRALLA AL ZYOUD | | Our research group is dedicated to advancing sustainable energy solutions through the development and optimization of alternatives to fossil fuels. We focus on a wide range of low-carbon energy carriers—including biofuels, green hydrogen, synthetic fuels—and explore innovative production and conversion technologies. Our work includes engine performance evaluation, emissions reduction strategies, and the integration of hybrid and renewable energy systems such as biomass, oil shale, solar, wind, and hydropower. Through life cycle assessment and environmental impact analysis, we aim to support the global transition to cleaner transportation, enhanced energy security, and a low-carbon future, in close collaboration with industry and policy-makers.
Development and optimization of sustainable fuel alternatives to fossil fuels.
Research on biofuels, green hydrogen, synthetic fuels, and other low-carbon energy carriers.
Investigation of fuel production technologies and conversion processes.
Engine performance evaluation and emissions reduction strategies.
Life cycle assessment (LCA) and environmental impact analysis of alternative fuels.
Integration of engineering, environmental science, and energy policy in fuel research.
Contribution to global energy transition and decarbonization efforts.
Support for cleaner transportation systems and enhanced energy security.
Collaboration with industry and government to promote sustainable fuel solutions.
| Engineering | No | No |
| Analyzing and Forecasting the Performance of Financial and Economic Markets | Yes | Social Sciences and Management | Sadam Alwadi | Sadam Alwadi | Mohammad saleh; ali shehadeh; Jamil jaber; omar jawabreh; mahmoud alnawaiseh; Firas Rawashdeh | nurulaityqah@gmail.com
Shammout.econ@gmail .com
olabasbous86@gmail.com
| Financial and economic markets include, among others, stock markets, bond markets, foreign exchange markets, derivative markets, cryptocurrency markets, energy and metal markets, banks, insurance companies. The research group aims to enhance the understanding of financial market dynamics by employing advanced analytical models which, in turn, improve decision-making processes. The research group mainly concerns with analyzing and forecasting the performance of these markets in terms of different aspects like market index movements, return behaviors and patterns, volatility and fluctuations on both whole market level and sectors-institutions level. The research group also concerns with investigating the interrelationships between financial markets, and with examining the effect of external shocks, like financial crises; disasters; pandemics; political disorders, on the performance of financial and economic markets. The research group focuses on using sophisticated and advanced analytical and econometric models to provide high impact research with reliable analysis and forecasts.
Research interests include:
1. Analysis of dynamics and efficiency of financial markets: analyzing fluctuations, behaviors, and patterns of prices and returns in local and global financial markets, analyzing the efficiency of financial markets and efficiency-related anomalies, investigating the relationship of market movements to financial and non-financial crises and shocks and their causal relationships.
2. Financial economics and asset pricing: examining empirical validity of asset pricing models and their assumptions, analyzing investment portfolios in different financial markets and sectors.
3. Financial risk: analyzing financial risks in different financial markets sectors such as banks and insurance companies using different econometrics models, predicting variability and volatility of market/sector movements.
4. Insurance: analyzing the performance of Jordanian insurance companies and predicting their profits and the factors affecting them using econometrics models.
5. Econometric analysis and exploring long-term relationships in financial markets and sectors: studying and analyzing different financial markets and sectors using econometric and forecasting models including the-state-of-the-art ones like neural network, artificial intelligence and machine learning. | School of Business - Aqaba | Yes | Yes |
| Androgen and Non-Coding RNA in Breast Cancer | No | Life Sciences and Medicine | Mamoun Ahram | Mamoun Ahram | Heba saadeh; Walhan Alshaer | | The research theme of our laboratory is to understand the biological roles of androgens and the androgen receptor in breast cancer, particularly triple-negative breast cancer via the implementation of a plethora of cellular and molecular biology techniques and breast cancer cell lines and human tissue samples as model systems.
There is also a special interest in elucidating the roles of non-coding RNAs in mediating the actions of the androgen receptor.
Our main findings suggest that:
1. Androgens induce partial epithelial-mesenchymal transition and cell migration via separate molecular mechanisms, with proteases such as metalloprotease 13 and the lysosomal cysteine protease cathepsin B, being important factors.
2. Androgens induce chemoresistance of breast cancer cells.
3. MicroRNA molecules may mediate the actions of DHT.
4. Androgens may regulate some of the cellular effects via other non-coding RNAs including circular RNAs and long non-coding RNAs. | Medicine | No | No |
| Animal Nutrition for Enhanced Productivity | No | Life Sciences and Medicine | hosam titi | hosam titi | | | | Agriculture | No | No |
| ِِAnticancer and Anti-inflammatory Drug Development | Yes | Life Sciences and Medicine | Amer Imraish | Amer Imraish | tareq alhindi; munir al-zeer; Malek Zihlif; Afnan Al-Hunaiti | | This research group focuses on several innovative areas with significant therapeutic potential, particularly in the realms of neuroinflammation, anticancer drug development, and autophagy in health and disease.
1. The role of nuclear receptors, such as NURR1 in neuroinflammation:
In addition to their function as transcriptional activators, nuclear receptors are capable of suppressing the expression of inflammatory genes and promoting the resolution of inflammation. Investigating the role nuclear receptors in activated immune cells such as microglia, with a particular emphasis on anti-inflammatory drug development through the use of nanotechnology to modify nuclear receptor activity.
2. Anticancer drug development:
This research group is engaged in cutting-edge research on, particularly using siRNA technology as anticancer. Exploring the connections between experimental and in silico approaches for siRNA-based therapies, leveraging promising delivery methods such as liposomes and nanoparticles.
3. Autophagy in health and disease:
The emerging trend of utilizing autophagy as a therapeutic tool, aiming to manipulate autophagy pathways for targeting various cancer types, and investigating its potential as a treatment strategy that can be tailored to different cancers.
| Science | Yes | Yes |
| Applied Lean Six Sigma for Industrial Excellence | No | Engineering and Technology | Lina Al-Qatawneh | Lina Al-Qatawneh | | | | Engineering | No | No |
| Arab Shakespeare | Yes | Arts and Humanities | Safi Mahfouz | Safi Mahfouz | Ayman Abu-Shomar; Abdallah Alamar; salam wael; Yousef Awad; Bassel Al-Zboun | | Specific Interests
The “Global Shakespeare" or better called the “Local Shakespeare" shows that the plays of the British Bard, William Shakespeare, are internationally appealing to all ages, cultures and ideologies and what has made them go global or become localized or domesticated is the fact that his plays have been appropriated into almost every culture worldwide. In his book The Western Canon (1994), Harold Bloom asserts that Shakespeare's works constitute the center of the world literary canon. He is neither Western nor Eastern and is less and less Eurocentric. In his article “Creating Shakespeare" Graham Holderness (2013) points out that “Global' Shakespeare is constructed from myriads of local Shakespeare that have mutated and taken root in other cultures, 'assimilated', 'transplanted', producing new species in the altered circumstances of a new climate and soil." In her article “Vanishing Intertexts in the Arab Hamlet Tradition" Margaret Litvin (2007) calls the numerous political appropriations, rewrites and offshoots of Shakespeare's plays the “global kaleidoscope of sources and models." Safi Mahfouz (2024) states that “Localizing, domesticating and indigenizing Shakespeare's plays in almost every language is rapidly increasing to the extent that the matchless legacy of the British Bard's works has become inclusive of all cultures." The aim of this research group is to motivate members and scholars to write research articles about Arab appropriations of Shakespeare's plays written and performed in the Arab World.
General Interests:
1- Arabic appropriations of Shakespeare's plays
2-Transadaptations of Shakespeare's plays
3-Arab Shakespeare Performance Studies
3-Literray Translation (Translation of Shakespeare's plays)
4- Shakespeare studies and criticism
5-Shakespeare in postcolonial contexts | School of Languages - Aqaba | Yes | Yes |
| Arabic Manuscripts: Investigation and Analysis | Yes | Arts and Humanities | Nawal Al-Shawabkeh | Nawal Al-Shawabkeh | Sumaya Al-Shawabkeh; Omar Alfajjawi; Amal Neimat; zaid Alzuriqat | | The primary goal of the research group is to enhance the study, preservation, and accessibility of Arabic manuscripts by combining traditional scholarly methods with modern technologies. The group aims to contribute to the understanding of Arabic manuscript heritage, facilitate its integration into global academic discourse, and ensure its sustainability for future generations. Through rigorous investigation and innovative approaches, the group seeks to uncover new insights into the rich intellectual and cultural history embedded within Arabic manuscripts.
Analyzing Arabic manuscripts as primary historical sources, emphasizing their significance in understanding intellectual, scientific, religious, and cultural developments throughout the Islamic world.
Comparative analysis of multiple manuscript copies to reconstruct the most authentic version of the text, with the aim of studying and interpreting the thought, ideas, and scholarly traditions they contain.
Examining linguistic, structural, and artistic features of manuscripts, including handwriting styles, layout, aesthetic elements, and creative expressions that reflect the manuscript's origin and context.
Cataloguing and digitizing manuscripts to facilitate scholarly access and preservation, including the development of digital databases and metadata systems for Arabic manuscript collections.
Preservation and conservation research, focusing on best practices and methodologies for protecting fragile and rare manuscripts, in collaboration with archives and libraries.
Contextual studies of manuscript production and transmission, exploring the historical networks of scholars, patrons, and scribes, and the movement of texts across regions and periods.
Translation and annotated editing of selected manuscripts into modern languages to promote wider academic and public engagement with classical Arabic heritage.
Interdisciplinary approaches to manuscript content, engaging with fields such as philosophy, theology, medicine, astronomy, linguistics, and law to explore the multifaceted nature of Arabic manuscript literature.
Utilizing digital humanities tools, including artificial intelligence and text encoding technologies, for paleographic analysis, automated transcription, and digital editing.
These are some of the primary areas of interest that characterize the work of our group in the field.
| Arts | Yes | Yes |
| Arabic Poetry and Anxiety of Influence | Yes | Arts and Humanities | Sami Ababneh | Sami Ababneh | yousef hamdan; zaydun al-shara; Duaa Salameh | | Our research group seeks to redefine the study of literary history and advance critical theorization concerning the relationships between poets in Arabic poetry across various historical periods. This innovative approach, previously unexplored in the context of Arabic poetry, is grounded in the theoretical framework established by the American critic Harold Bloom. The primary research interests include:
Examining the Intertextual Relationships in Arabic Poetry: This group explores the ways in which both ancient and contemporary Arab poets engage with their poetic predecessors, analyzing the connections and continuities within the tradition.
The Dynamics of Influence and Inspiration in Poetry: Our group investigates the mechanisms of poetic influence and creative inspiration through the lens of Harold Bloom's Anxiety of Influence: A Theory of Poetry, examining how poets grapple with the legacies of their predecessors.
Stages of Poetic Revision in Arabic Literary Tradition: We trace the processes of poetic revision undertaken by Arab poets in response to distinguished and celebrated works from earlier literary figures.
Strategies of Poetic Rivalry and Innovation: Our group elucidates how later poets seek to demonstrate their creative prowess or surpass their eminent predecessors by employing specific revision techniques in their poetic compositions.
Critical Perspectives on Poetic Influence: We highlight both Arab and Western critical approaches that have examined the impact of earlier poets on subsequent generations, particularly in relation to Bloom's theory of influence.
| School of Languages - Aqaba | Yes | Yes |
| Arabic-CJK Lexical Borrowing | Yes | Arts and Humanities | Jung AE LEE | Jung AE LEE | wang dejun; mahmmud abdullah; Mais Sharah; Yousef Khataybeh; liu wenxia | | Our research group works on contrastive linguistics, cognitive linguistic analysis, corpus linguistics, cultural linguistics, translation, teaching methodology and others, with a particular focus on Chinese, Japanese, Korean and Arabic among Asian languages.
Contrastive Linguistics
teaching methodology
translation
all Asian Languages
Contrastive Linguistics in Asian Literary, Civilization and Society, etc…
| Foreign languages | Yes | Yes |
| Art Beyond Limits | Yes | Arts and Humanities | Mohammed Al Abbas | Mohammed Al Abbas | Huda Al-Hajjaj; Alaa Ammar Mansour Otoum; Fatima k h alashe | | Art Beyond Limits is an interdisciplinary research group focusing on multiple approaches to explore the intersection of art, accessibility and inclusivity. It aims to transform limits into accessible contexts to research and develop the tools of Art and Design to make art practices more reachable to individuals with physical, social or cultural limits or disabilities. The group members are experts in utilizing art media and technologies to reach diverse populations and participate in research activities. Furthermore, the group activities aim to enhance Community Engagement and Social Impact by studying how art can empower marginalized communities and promote social change. The group depends on cross-cultural art practices to examine art beyond cultural and geographical limits and investigate art's psychological and emotional advantages for individuals facing physical or cognitive challenges. All the group members believe that people need Art in Public and Urban Spaces to analyze how art in public spaces stands to engage diverse audiences inclusively. All that researchable spaces would enhance our tools to foster the connection between Education and Art Accessibility to develop strategies to integrate inclusive art education in schools and institutions.
| Arts and Desgin | Yes | Yes |
| Artificial Intelligence and Big Data in Accounting | Yes | Social Sciences and Management | yaser allozi | yaser allozi | aram nawaiseh; Hamzah Al-Mawali; Mohammad Tayseer Yousef abu arqoub | | The AI Research Group in accounting at the University of Jordan was created to merge the adoption of new technologies in the research of accounting and related business topics. We conduct research and teach a wide range of AI related topics, often cross-disciplinary and with a unique angle of the University of Jordan. We collaborate internationally and locally with academics, businesses, and public stakeholders, working at the frontiers of knowledge, on solving real-world problems, and in policy and public outreach.
Research Interests:
1. Artificial Intelligance adoption in Accounting.
2. Prediction modelling in accounting and business.
3. Forcasting modelling in accounting and business. | Business | Yes | Yes |
| Asian World Literature | Yes | Arts and Humanities | park byoungju | park byoungju | Inna Borisovna; Mahmoud Jaran; Bagda Musa; bushra abuzaid; Tatyana Glushchenko | | To explore, research and promote the rich and diverse literary traditions of Asia, fostering interdisciplinary dialogue between Asian literary studies and global literary contexts and explore the cultural social historical and political dynamics that shape Asian narratives in both traditional and contemporary literature.
1. Cross-cultural Literary Interactions: Examining the exchanges and influences between Asian Literatures and other global literary traditions, focusing on historical and contemporary impacts.
2. Comparative literature studies: Exploring literary traditions across different Asian regions and their global impact. an academic field dealing with the study of literature and cultural expression across linguistic, national, geographic, and disciplinary boundaries. Comparative literature "performs a role similar to that of the study of international relations but works with languages and artistic traditions, so as to understand cultures 'from the inside'". While most frequently practised with works of different languages, comparative literature may also be performed on works of the same language if the works originate from different nations or cultures in which that language is spoken.
3. Diaspora studies: Asian Diasporic Literature – Investigating narratives of migration, identity, and cultural adaptation in Asian diasporic communities. representative keywords of diaspora phenomenon: international migration, identity, limited to global networks and multiculturalism, focusing on their concepts, definitions, characteristics, types, etc. Diaspora is a group of people who leave their home country for political, economic, social and cultural reasons and start a new country. Diaspora research is based on international migration because people live in different places. It can be viewed as a sphere.
4. Networking Global Diaspora Community is an important keyword to explain the diaspora phenomenon in the era of transnationalism. It happens. Diaspora research uses networks as a basic framework and connects them with communities, multinational corporations, and institutions. 'Global' goes beyond individuals, societies, and countries to include intergovernmental international organizations, non-governmental organizations, and multinational corporations. Forming a network through a series of processes that build a social field that crosses borders and transforms various kinds of social, cultural, economic, and political relationships.
5. Developing Multicultural Multilingual competency : Cross-Cultural Literary Exchanges – Investigating how Asian literature interacts with Western, Middle Eastern, and African literatures. A multicultural space where many cultures coexist. Diaspora Studies proceeds along with discussions on multiculturalism and addresses problems arising from the diaspora phenomenon. We are approaching it from a culturalist perspective.
Translation Studies and Asian Literature – Examining the role of translation in making Asian literary works accessible to global audiences. | Foreign languages | Yes | Yes |
| Astronomy, Astrophysics and Space Technology (AAST) | Yes | Natural Sciences | Ala'a Azzam | Ala'a Azzam | | | The Astronomy, Astrophysics, and Space Technology Group at the University of Jordan focuses on a broad range of cutting-edge research interests, including the study of celestial objects such as stars, exoplanets, black holes, and galaxies. Our group investigates high-energy astrophysical phenomena, such as cosmic rays, gravitational waves, and gamma-ray astronomy, while also advancing theoretical astrophysics through simulations and cosmological studies. In addition, our group is committed to developing innovative space technologies, including satellite design, remote sensing, and space weather analysis. Leveraging artificial intelligence and big data techniques, our group enhances astronomical data analysis and fosters international collaboration. Our research spans across astrobiology, space exploration, and the impact of space on Earth’s environment, aiming to drive scientific discovery, technological innovation, and public engagement in space science.
Here are more details about our research interests:
1. Celestial Object Studies
Stellar Formation and Evolution: Investigating the life cycles of stars, from birth in molecular clouds to their ultimate fate as white dwarfs, neutron stars, or black holes.
Exoplanetary Science: Studying the discovery, characterization, and potential habitability of exoplanets around distant stars. This includes using space telescopes and ground-based observatories to detect and analyze exoplanet atmospheres.
Black Holes and Neutron Stars: Research on the physics of black holes, especially supermassive ones in galaxies, and the behavior of matter and energy near singularities. Additionally, the study of neutron stars and their extreme conditions.
Galactic Dynamics and Structure: Investigating the formation, evolution, and behavior of galaxies, including the role of dark matter and dark energy in the large-scale structure of the universe.
2. Astrophysical Phenomena and High-Energy Astrophysics
Cosmic Rays and Particle Astrophysics: Understanding high-energy particles originating from distant astrophysical sources and their impact on Earth and interstellar space.
Gravitational Waves: Investigating gravitational wave astronomy to study cosmic events like black hole mergers and neutron star collisions, contributing to new insights into fundamental physics.
Gamma-ray and X-ray Astronomy: Observing the universe in high-energy wavelengths to study extreme astrophysical environments, such as active galactic nuclei, supernova remnants, and stellar-mass black holes.
3. Theoretical and Computational Astrophysics
General Relativity and Cosmology: Studying the large-scale structure of the universe, the nature of dark energy and dark matter, and testing general relativity in extreme environments such as black holes and neutron stars.
Numerical Simulations of Astrophysical Systems: Using high-performance computing and simulations to model complex astrophysical phenomena, from star formation to the dynamics of entire galaxies.
Quantum Gravity and the Early Universe: Investigating the nature of spacetime, the behavior of matter in the early universe, and exploring quantum gravity theories, such as string theory and loop quantum gravity.
4. Space Technology and Engineering
Satellite Design and Remote Sensing: Developing innovative satellite technologies for Earth observation, communication, and scientific exploration. This includes the study of satellite imaging, sensor technology, and advanced propulsion systems.
Space Weather and Magnetosphere Studies: Researching the influence of the Sun on Earth’s environment, including the study of solar winds, geomagnetic storms, and space weather phenomena that can affect satellite systems and communication networks.
Space Exploration Technologies: Advancing technologies for interplanetary exploration, including robotic spacecraft, autonomous navigation systems, and space habitats.
5. Astronomical Data Science and Artificial Intelligence
Big Data in Astronomy: Utilizing big data techniques and AI to process massive datasets from observatories and space missions, identifying new celestial objects and phenomena.
Machine Learning for Astrophysical Models: Applying machine learning algorithms to enhance the accuracy of models in astrophysics, such as stellar evolution, galaxy formation, or predicting cosmic events.
Data Mining in Astrophysics: Developing advanced data mining techniques to extract meaningful patterns from astronomical datasets, enabling the discovery of new phenomena.
6. Space Environment and Earth-Space Interactions
Impact of Space on Earth’s Environment: Studying how space-based phenomena such as solar flares and cosmic radiation influence Earth's atmosphere, weather patterns, and climate.
Telecommunications and Navigation in Space: Researching the impact of space-based systems on terrestrial telecommunications and navigation, focusing on satellite networks and the advancement of GPS technologies.
7. Astronomical Instrumentation and Observatories
Next-Generation Telescopes: Designing and developing advanced ground-based and space-based telescopes, including those focused on infrared, optical, and radio wavelengths.
High-Precision Spectroscopy: Developing instruments that allow for high-resolution spectroscopy to study the chemical composition and physical properties of celestial bodies.
Space-based Observatories and Missions: Participating in or contributing to the development of space-based telescopes and observatories that push the boundaries of our knowledge, such as missions focusing on deep space, high-energy astrophysics, and gravitational wave detection.
8. Astrobiology and the Search for Extraterrestrial Life
Life in Extreme Environments: Exploring the potential for life in extreme environments on other planets and moons, including Mars, Europa, and Enceladus.
Astrobiological Instrumentation: Developing technologies to detect biosignatures on other planets and moons, both through robotic missions and in-situ exploration.
SETI (Search for Extraterrestrial Intelligence): Investigating methods for detecting signals or other signs of intelligent extraterrestrial life using advanced radio telescopes and optical sensors.
9. Astronomy Outreach and Public Engagement
Public Science Education: Creating programs that engage the public in space science, providing learning opportunities through interactive exhibits, public talks, and online content.
Citizen Science Projects: Encouraging public participation in astronomy research, such as crowd-sourcing data analysis for projects like supernova discovery or asteroid tracking. | Science | No | Yes |
| Auditing in Accountancy | Yes | Social Sciences and Management | aram nawaiseh | aram nawaiseh | Omar Mowafi; Ali Al-Thuneibat; Ahmad Alshirah; salam osama musbah meshal | | In a swiftly evolving landscape of increasing expectations and demands, our research group conducts rigorous academic research to scientifically inform ongoing debates and decisions within the auditing field. Through cutting-edge investigations, we address pressing issues and provide insights that contribute to a more resilient and forward-thinking auditing profession.
Our research focuses on critical topics, including:
Audit Risk – Evaluating emerging risks and developing frameworks to enhance the reliability of audits.
Impact of the Pandemic on Auditing – Analyzing how the pandemic has transformed accounting practices and identifying new approaches to maintaining audit quality under unprecedented conditions.
Audit Automation – Investigating how remote auditing tools and technological advancements can ensure compliance and effectiveness in a digital auditing field, as well as assessing how automation is reshaping auditor practices and supporting data-driven, real-time decision-making in auditing processes.
| Business | Yes | Yes |
| Balance Assessment and Rehabilitation | Yes | Life Sciences and Medicine | Alia Alghwairi | Faten Obeidat; Alia Alghwairi | | | The research group's interests in balance assessment and management encompass a broad and impactful range of topics:
Investigation of balance and gait disorders in various populations.
Examining balance and vestibular impairments following sport-related concussions.
Exploring the relationship between sleep disorders and balance/vestibular dysfunctions.
Understanding the impact of balance and vestibular disorders on mental health.
Developing new approaches to enhance balance and gait in older adults.
Translation and validation of outcome measures for balance and vestibular assessment.
Utilizing technology (e.g. Virtual Reality) for the evaluation and management of balance and vestibular disorders.
Enhancing Objective Vestibular Testing for Clinical Application.
Investigating Vestibular Function in Cochlear Implant Recipients.
| Rehabilitation Sciences | Yes | Yes |
| Bibliometrics | Yes | Social Sciences and Management | latefa dardas | latefa dardas | ahmad malkawi; ABDELRAHMAN AMJED ABDUL KAREEM ALDABBAS; Faleh Sawair; Mailk Juweid | | In today's academic landscape, the focus on increasing the 'quantity' of research publications often overshadows the importance of impactful and meaningful contributions. While metrics like the h-index provide a more nuanced measure of a scholar's influence, the absolute number of publications remains a key criterion for evaluating researchers, influencing decisions on academic recruitment, funding, and even job security. This relentless pressure to "publish or perish" has, in many cases, undermined the value of research by prioritizing quantity over quality. It has also contributed to unethical research practices, such as duplicate publications, plagiarism, and the rise of predatory journals, ultimately wasting valuable resources.
Our research group is dedicated to addressing these issues through the analysis of bibliographic data. We focus on understanding patterns in publication, citation, and collaboration across disciplines. We aim to assess the impact of publications, identify influential researchers and journals, and track trends in research topics. Our goal is to go beyond mere publication counts, focusing instead on the quality and influence of scholarly work. In particular, we look into the following:
Bibliometric Indicators
Productivity Indicators: Measure the number of publications by an author, institution, or country.
Impact Indicators: Assess the influence of publications, often using citations as a measure (e.g., h-index, citation counts).
Collaboration Indicators: Examine patterns of co-authorship and partnerships across disciplines, institutions, or countries.
Data Sources
Common databases for bibliometric analysis include:
Web of Science (WoS)
Scopus
Google Scholar
PubMed
Dimensions
Methods of Analysis
Citation Analysis: Evaluates the number and patterns of citations to measure the impact and relevance of research.
Co-Authorship Analysis: Identifies collaboration networks among authors or institutions.
Co-Citation Analysis: Analyzes how often two works are cited together, indicating relatedness in content.
Bibliographic Coupling: Measures the degree to which two works reference the same literature, suggesting a thematic connection.
Keyword Analysis: Extracts and analyzes keywords to identify research themes, trends, and emerging topics.
Visualization Techniques
Network Analysis: Visualizes relationships between authors, institutions, or research topics.
Tools: VOSviewer, Gephi, Pajek.
Science Mapping: Creates maps of research areas, identifying clusters of related studies or disciplines.
Trend Analysis: Displays temporal trends in publication output, citation impact, or research focus.
Applications
Research Evaluation: Assessing the performance of researchers, departments, or institutions.
Trend Identification: Spotting emerging areas of research or popular topics.
Collaboration Patterns: Understanding partnerships and interdisciplinary connections.
Policy Making: Informing funding decisions or research priorities based on bibliometric insights.
Benchmarking: Comparing performance across institutions or countries.
Challenges and Limitations
Data Completeness: Some disciplines or languages may be underrepresented in databases.
Quality vs. Quantity: Overemphasis on publication counts or citation numbers can overshadow qualitative research contributions.
Self-Citation and Bias: Self-citation practices or database coverage biases can affect results.
Interdisciplinary Research: Can be harder to evaluate due to the diversity of methodologies and citation practices.
Advanced Topics
Altmetrics: Analyzing alternative metrics like social media mentions, downloads, and other digital engagement.
Thematic Evolution: Studying how research themes evolve over time.
Institutional and National-Level Analysis: Evaluating the contribution and impact of institutions or countries in global research. | Nursing | Yes | Yes |
| Bioanalysis and Biomarker Discovery | Yes | Life Sciences and Medicine | Lina Dahabiyeh | Lina Dahabiyeh | Shereen Aleidi | | Currently, integrating multiple omics datasets is a promising analytical approach to provide holistic insights for disease pathophysiology, for more practical P4 medicine (predictive, preventive, personalized, and participatory) and for the development, and tailoring more effective therapies to individual patients.
In our research group we focus on fundamental and applied studies in bioanalysis for biomarker discovery using various omics approaches including targeted and untargeted liquid and gas chromatography-mass spectrometry (LC/GC-MS) for metabolomics and lipidomics analyses, and LC-MS proteomics analysis. By using state of the art analytical approaches, we aim to
Provide novel insights into the underlying disease pathophysiological mechanisms,
Identify unique biomarkers for the early diagnosis and progression of disease and drug responces
Discover new theraputic targets
Investigate the pharmacological response for a treatment at the molecular level, and predict drug mechanism of action and side effects (pharmacometabolomics)
Identify metabolomics and lipidomics surrogate pattern for drug exposome.
| Pharmacy | Yes | Yes |
| Bioindicators for Water Quality | No | Natural Sciences | Ikhlas Al Hejoj | Ikhlas Al Hejoj | Ikhlas Al Hejoj | | | Science | No | No |
| BioMed Materials: Design and Innovation | Yes | Engineering and Technology | yazan alzain | yazan alzain | Mousa Al-Abbadi; Wafa' AlAlaween; Abd Alkareem Aloweidi; Mahmoud Abdallat; Manar Hajeer | | The main mission of the research group is to design and develop advanced biomaterials—particularly titanium-based alloys, high-entropy alloys, and 3D-printed polymers—for biomedical applications such as orthopedic and dental implants.
Central to this mission is the creation of materials that offer mechanical compatibility with human bone, exceptional biocompatibility, and long-term performance in physiological environments.
The group emphasizes a deep understanding of structure–property relationships, surface behavior, and corrosion resistance, while also advancing the fields of superelastic and shape memory alloys. Through both in vitro and in vivo evaluations, the team aims to ensure safety, functionality, and innovation in next-generation implantable devices.
Development of Titanium-Based Alloys for Biomedical Applications:
A major focus is on β-type Ti alloys designed for orthopedic and dental implants.
Specific interest in reducing Young's modulus to match that of human bone and minimize stress shielding .
Emphasis on biocompatibility—both in vitro (cell culture) and in vivo (animal implantation) tests are performed to ensure cytocompatibility, low immune response, and no toxicity .
Shape Memory Alloys and Superelasticity:
Significant contribution to the design and characterization of superelastic Ti–Nb-based and high-entropy shape memory alloys (HEAs).
Investigate stress-induced martensitic transformations, twinning mechanisms, and their effects on superelastic behavior .
High Entropy Alloys (HEAs) with Biomedical Potential:
Exploration of multi-principal element alloys, particularly, but not limited to, TiZrHf-based HEAs, aiming for unique combinations of low magnetic susceptibility (MRI compatibility), superelasticity, excellent corrosion resistance, and high biocompatibility.
Corrosion Behavior and Surface Properties:
Detailed electrochemical studies in biological environments, evaluating passivation behavior, corrosion resistance, and surface hydrophilicity.
Correlating corrosion performance with cell adhesion and proliferation.
Structure-Property Relationships:
Focus on how microstructure (e.g., phase stability, grain structure, texture) and alloying elements (e.g., Nb, Mo, Zr, Sn, Ta, Al, Hf) influence mechanical and biological properties.
Mechanical Properties and Biocompatibility of 3D-printed plymers:
Focus on the mechanical and in vivo testing of 3D-printed polymers with various printing conditions and steriallization techniques. | Engineering | Yes | Yes |
| Business Analytics and Emerging Technologies | Yes | Social Sciences and Management | Hazar Hmoud | Hazar Hmoud | Ashraf BanyMohammad; Raad Al-tal; Rand Aldmour; Dr. Mohammad Tayeh; luay Abdelghani Mohammed Sultan | | As a group, we are highly interested in benefiting from our different technical expertise and knowledge domains as follows:
Our group focuses on understanding the adoption and management of emerging technologies, exploring how organizations and societies can effectively integrate and benefit from theses innovations.
We develop frameworks that support the successful integration of emerging technologies across sectors/ industries such as higher education, small and medium enterprises SMEs, Fintech...etc.
We apply advanced statistical methods to enhance predictive analysis, aiming to provide data-driven insights for decision making in various industries.. | Business | Yes | Yes |
| Characterization of Atmospheric Particulate Matter Using Accelerator-Based Techniques | Yes | Natural Sciences | Hanan Sa'adeh | Hanan Sa'adeh | | | Our research interests are focused around characterization of atmospheric particulate matter using accelerator-based techniques, in addition to other complementary techniques whenever needed.
The main types of accelerators used are: Electrostatic Accelerators and Synchrotron Light Sources.
The main accelerator-based techniques include, but are not limited to, PIXE, XANES, RBS, and PESA. | Science | Yes | Yes |
| Chemotherapy and Neurogenesis | Yes | Life Sciences and Medicine | Maha ElBeltagy | Maha ElBeltagy | Ahmed Salman; Islam Al-Tarawneh; Fares AlFararjeh; Amjad BaniHani | | Our research group aims to investigate the effects of various chemotherapeutic agents on brain function, behavior, and neurogenesis using animal models. Specifically, we focus on understanding the mechanisms underlying chemotherapy-induced cognitive impairment, commonly referred to as “chemo brain,” and exploring potential interventions to mitigate these effects. To achieve this, we also examine the impact of neuroprotective agents on animal behavior and the expression of key brain proteins, including BDNF (brain-derived neurotrophic factor) and doublecortin (DCX), using techniques such as Western blotting and immunohistochemistry.
Research Objectives
Development of Animal Models of Chemotherapy:
Establish reliable animal models to study the effects of different chemotherapeutic agents on brain function and behavior, particularly focusing on the “chemo fog” phenomenon.
Assessment of Cognitive Function:
Evaluate the impact of chemotherapeutics on memory, with a focus on short-term memory, using behavioral paradigms such as the Novel Object Recognition Test, Novel Location Recognition Test, and the Morris Water Maze.
Investigation of Hippocampal Neurogenesis:
Examine the effects of chemotherapeutic agents on hippocampal neurogenesis using immunohistochemical staining for proliferation markers, including Ki67, DCX, COX, and others.
Evaluation of Neuroprotective Interventions:
Test the efficacy of various neuroprotective strategies—including antidepressants, noradrenaline reuptake inhibitors, anticholinergics, exercise, antioxidants, and herbal medicines—on hippocampal-dependent memory and neurogenesis in animal models.
Analysis of Brain Protein Expression:
Investigate the effects of chemotherapeutics on key proteins involved in cognition and learning, such as BDNF, DCX, GFAP, GAPDH, and others, using quantitative Western blot analysis to compare protein levels across experimental groups.
Correlation Between Cognitive Impairment and Neurogenesis:
Examine the relationship between chemotherapy-induced memory deficits and reductions in hippocampal neurogenesis to better understand the underlying mechanisms of cognitive decline.
Clinical Translation:
Apply preclinical findings to improve the quality of life for patients undergoing chemotherapy, with the ultimate goal of developing interventions that mitigate cognitive side effects.
Translational and Clinical Research:
Link laboratory findings with patient outcomes to develop biomarkers, early detection tools, and therapeutic strategies for chemotherapy-related cognitive impairment.
Our research group is aligned with Sustainable Development Goals number Three Good Health and Well-Being SDG3 and SDG 17 Partnerships for the Goals. | Medicine | No | Yes |
| Child Language Acquisition | Yes | Arts and Humanities | Abdel rahman Altakhaineh | Abdel rahman Altakhaineh | Satee' Althunebat; Mohammad Alaghawat; Aseel Zabin; Anaam alkharabsheh | | Our research group is dedicated to exploring the intersection of language, society, and communication through a multidisciplinary approach. We aim to investigate linguistic variation, discourse strategies, and the impact of language on social and cultural identities. By analyzing different forms of communication—ranging from digital discourse and advertisements to phonetic variation and academic interactions—we seek to contribute to a deeper understanding of how language shapes human interactions in various contexts.
Our research focuses on the following areas:
Multilingualism: The ability to understand and use multiple languages, either by an individual or within a community.
Bilingualism: The ability to speak and understand two languages proficiently.
Psycholinguistics: The study of how language is processed in the brain, including understanding, production, and acquisition of language.
Phonological Awareness: The ability to recognize and manipulate sounds in spoken language, an essential skill for reading development.
Children with Special Needs: Refers to children who require additional support due to physical, emotional, behavioral, or cognitive disabilities.
Neurolinguistics: The study of how language is represented and processed in the brain, focusing on the neural mechanisms involved in language comprehension and production.
| Foreign languages | Yes | Yes |
| Circular and Green Wastewater Economy | Yes | Engineering and Technology | Lina Abu Ghunmi | Lina Abu Ghunmi | Diana Abughunmi; Laila Mohammad Salah Raghib Alkhatib | aavdukic001@dundee.ac.uk
| Our group research interests lie in the interrelation between technology, environment, economy, society, and governance which make up the pillars of sustainability and the UN sustainable development goals (SDGs) in relation to wastewater industry.
Our focus is on:
The application of sustainable approaches that include economically viable circular and green technology solutions in wastewater treatment and reuse options.
The adoption of Islamic moral economy approach as an alternative sustainable approach to achieve socially responsible and circular wastewater industry
The application of relevant renewable energy solutions to enhance the circularity and greenness of wastewater treatment.
The extent to which companies have implemented circular, green, and Islamic moral economy solutions to move to a sustainable wastewater economy and assessment of this transition though ESG reporting. | Water, Energy and Environment Center | Yes | Yes |
| Cochrane Rehabilitation | Yes | Life Sciences and Medicine | rawan alheresh | rawan alheresh | Ziad Hawamdeh; Sana Abu-Dahab; Sara Alhanbali; mohammad darabseh | | The Cochrane Rehabilitation at University of Jordan research group are deeply rooted in the synthesis of evidence to enhance the practice and understanding of rehabilitation.
We are dedicated to advancing knowledge across several key areas:
Functioning Assessment and Intervention: Investigating the most effective methodologies and interventions to improve functioning in individuals with disabilities. This includes developing and evaluating tools that can be applied globally to assess functional outcomes.
Disability Assessment and Intervention: Focusing on the synthesis of evidence regarding the assessment of disability and the impact of intervention strategies. Our goal is to identify and disseminate practices that can minimize disability and maximize the quality of life and independence of individuals.
Rehabilitation Techniques and Approaches: Exploring innovative rehabilitation techniques and approaches to care. We aim to synthesize evidence from across the globe to recommend the most effective rehabilitation practices and interventions.
Policy and Practice in Rehabilitation: Influencing policy by providing evidence-based insights into the most effective rehabilitation practices. Our research seeks to bridge the gap between scientific evidence and clinical application, ensuring that policy decisions are informed by comprehensive and reliable data.
Global Health and Rehabilitation: Expanding our focus to include global health perspectives in rehabilitation, particularly in underrepresented regions. We aim to contribute to the global understanding of how rehabilitation practices can be adapted and implemented across different cultural and resource settings. | Rehabilitation Sciences | Yes | Yes |
| Cognitive Semantics | Yes | Arts and Humanities | Aseel Zabin | Aseel Zabin | lama khalifah; afakh younes; Nimer Abusalim; Mohammad Rayyan; Ashraf Allawama; almothanna alasasfeh | | Our research group investigates cognitive semantics, specifically focusing on analyzing conceptual metaphor and metonymy in different discourse types and languages, including Arabic, English, and Russian.
We analyze conceptual structure using many approaches, including critical discourse analysis, cultural linguistics, corpus linguistics, cognitive linguistic analysis and others.
We aim to examine the complexities of cognitive processes.
Our objective is to obtain a better understanding of the cognitive mechanisms that govern language usage and interpretation by examining how metaphorical and metonymic expression shape discourse in various linguistic and cultural situations.
A central research challenge in this field is understanding the cognitive mechanisms underlying meaning construction, particularly how individuals mentally represent abstract and context-dependent concepts. The group investigates how metaphor, conceptual blending, and embodied cognition shape semantic interpretation across different languages and cultures. By integrating insights from linguistics, psychology, and neuroscience, the research aims to advance theoretical models of meaning and contribute to practical applications in areas such as artificial intelligence, language learning, and human-computer interaction.
| Foreign languages | Yes | Yes |
| Colorimetry in Dentistry | No | Life Sciences and Medicine | Alaa Al Haddad | Alaa Al Haddad | | | | Dentistry | No | No |
| Combating Antimicrobial Resistance | Yes | Life Sciences and Medicine | rula darwish | Nailya Boulatova | Nailya Boulatova; Mahmoud Alkawareek; beverly glass; Eman Badran | | General Aim:
To address the global challenge of antimicrobial resistance through innovative research focused on the discovery and development of novel antibiotics, optimization of combination therapies, promotion of antibiotic stewardship, and exploration of alternative, non-antibiotic treatment strategies, thereby advancing effective and sustainable solutions to combat resistant bacterial infections.
Reseach Interests:
Developing novel antibiotics: Research focuses on discovering and developing new classes of antibiotics to combat resistant bacteria.
Combination therapy: Investigating the efficacy of combining existing antibiotics with adjuvants or other drugs to enhance their effectiveness against resistant strains.
Antibiotic stewardship: Studying strategies to promote responsible antibiotic use in healthcare settings and the community to reduce the emergence and spread of resistance.
Alternative therapies: Exploring non-antibiotic approaches such as bacteriophages, antimicrobial peptides, and probiotics as potential alternatives to traditional antibiotics.
| Pharmacy | Yes | Yes |
| Communication Disorders, Rehabilitation, and Academic Success (CDRAS) | Yes | Life Sciences and Medicine | Rana Al-Khamra | Rana Al-Khamra; Hanadi BaniHani | hatem Alkhamra | | The main interest of this research group is to advance early assessment, identification, and intervention for communication and literacy disorders in Arabic-speaking children by developing and standardizing culturally and linguistically appropriate assessment tools, as well as integrating innovative therapy technologies, with the ultimate goal of fostering improved academic performance and long-term success through the following objectives:
Develop and Standardize Tools: Create and standardize Arabic-language screening and assessment tools for the early diagnosis of communication and literacy disorders in children.
Innovate Therapy Technologies: Develop and utilize innovative therapy technologies and telepractice methods to enhance intervention effectiveness, tailoring approaches to the cultural and linguistic needs of Arabic-speaking children with communication disorders.
Empower and Rehabilitate: Enhance communication and literacy skills in children with communication disorders by providing specialized rehabilitation, fostering academic success, and promoting social integration in school settings.
Support Inclusion: Evaluate the effectiveness of inclusive strategies and address specific barriers to academic, social, and emotional inclusion for children with communication disorders in mainstream school environments.
Educate and Collaborate: Equip educators and families with knowledge, strategies, and resources to effectively support children with communication disorders, fostering collaborative environments that promote their holistic growth and development. | Rehabilitation Sciences | Yes | Yes |
| Consumer Misbehavior | Yes | Social Sciences and Management | Zaid Obeidat | Zaid Obeidat | Hamzah Al-Mawali; Rami Al Dweeri; Farah Shishan; Ahmad Obeidat | | Consumer misbehavior refers to actions by consumers that violate norms, rules, or ethical standards, such as shoplifting, fraud, false complaints, or abusive behavior toward employees. Understanding consumer misbehavior is crucial for businesses, policymakers, and marketers for several reasons which includes:
1. Financial Impact on Businesses.
2. Damage to Brand Reputation.
3. Ethical & Legal Considerations.
4. Impact on Employee Well-being.
5. Consumer Behavior Insights & Policy Improvements.
6. Digital & Social Media Challenges.
In addition to consumer misbehavior, our other research interests include issues relating to consumer behavior, Service quality, CSR, Influencer Marketing, Consumer Rights and Fintech adoption.
| Business | Yes | Yes |
| Contemporary Arab Diasporic Literary Studies | Yes | Arts and Humanities | Yousef Awad | Yousef Awad | deema ammari; eman mukattash; Mais Khaled Abd Al-Moati Alshwike | | The group's research interests lie at the intersection of literary and diasporic studies with a special focus on Arab literature written in diaspora. With the current orientation towards interdisciplinary studies, members of the group have formulated their reserach interests to contribute to the ongoing debate on diasporic literary studies, specifically in relation to the literature produced by Arab diasporic writers. Covering a wide range of topics related to contemporary Arab diasporic literary studies, their research interests have been tailored to address the gaps in current research in this field, shedding light on questions relating to displacement, identity and belonging. By studying Arab diasporic literature from a variety of perspectives, the group members aim to contribute to research in the broader field of diasporic studies and foreground the importance of integrating Arab diasporic literary studies into it. Among our research interests are the following:
1. Anglophone Arab diasporic literature.
One of the group's research interests is to focus on Anglophone Arab diasporic literature. Studying the literature written by Arab diasporic writers and analyzing it from various interdisciplinary aspects help address questions relating to exile and displacement, the formation of identity in diaspora, the challenges faced by Arabs (and Arab writers) who live in diaspora. By shedding light on the experiences of migration, acculturation and racial discrimination and cultural profiling portrayed in Arab diasporic literature, members of the group aim to create a literary space where questions on cultural hybridity, literary resistance and transnational identity can be explored.
2. Diaspora, ethnicity, migration and identity studies.
The common interest in diaspora, ethnicity, migration and identity studies among members of the group stems from the integral role these themes play in shaping individual and collective experiences across different cultures. Living in a globalized world where geographical borders have been physically and virtually crossed brings questions relating to identity formation, acculturation, preserving one's cultural heritage to the fore, underscoring the necessity of perceiving these concepts from a transnational perspective which highlights their fluid and intersecting nature.
3. Multiculturalism, cosmopolitanism and postcolonial theory
As one of the group's research interests, multiculturalism, cosmopolitanism and postcolonial theory can help lead to a better undertanding to the common questions raised in diasporic studies. By studying the literature produced by Anglophone Arab writers in a multicultural and/or a postcolonial critical framework, members of the group aim to examine the different ways those works resist dominant discourses on stringent power hierarchies and racial and ethnic discrimination, giving voice to writers belonging to marginalized ethnic groups.
4. Adaptations and appropriations of Shakespeare by Arab writers in diaspora
The intesrest in studying the adaptations and appropriations of Shakespeare by Arab writers in diaspora stems from the group members' aim to address the questions of displacement, identity, acculturation and racial and ethnic discrimination in the context of a globally well-established Western literary tradition such as the Shakespearean tradition. By exploring the different ways Arab writers in diaspora adapt and appropriate characters and elements from Shakespeare's plays and poetry, members of the group aim to engage in a global debate on the intersection of different literary and cultural heritages and to question the authenticity of ethnocentric representations of Arabs in Western literature.
5. Comparative literary studies
As an interdisciplinary discipline, comparative literary studies bring together diverse literary traditions with the aim of assessing how literary texts belonging to different historical periods and literary movements influence each other. By studying how different literary traditions intersect and diverge, members of the group aim to engage in a border-crossing debate on how dfferent literatures, among which is Arab diasporic literature, participate in creating, maintaining and sometimes resisting dominant discourses which shape individual and collective experiences across cultures. When brought together, the two studies of diasporic literature and comparative literature can contribute to opening up the literary canon to new literary voices. | Foreign languages | Yes | Yes |
| Contemporary Trends in Finance and Applied Financial Econometrics | Yes | Social Sciences and Management | Dr. Mohammad Tayeh | Dr. Mohammad Tayeh | Adel Bino; Hazar Hmoud; Ali Abedalqader Mohammad Maghari; mohammad alsharaiah | | The research of this group aims to cover the recent market microstructure innovations and the contermoryary trends in risk dyanmics and corporate governance and their implication on financial markets, therefore this group focuses on the follwoing research interests:
Market Microstructure Landscape and Implications: This area of research interest delves into the intricate dynamics and implications evolving as a result of the recent innovations in today's financial markets and instruments. Focus is given to investigating transaction costs and examining the role of trading mechanisms, order flow, and price formation mechanisms observed as a result of the recent unprecedented structural changes in how financial markets operate. It also explores the implications of these micro-level dynamics for market efficiency, liquidity, and the behavior of market participants.
Risk and Risk Dynamics: This research interest focuses on the measurement, modeling, and management of not only traditionally known risks (such as market and liquidity) but also risks that are created due to today's rapidly changing financial environment. It investigates the dynamic nature of risk, exploring how risk factors evolve over time and how these changes impact asset pricing, financial stability, and investment decisions.
Corporate Governance Role and Relevance: The recent innovations in business and corporate structures have mandated regulatory frameworks that can deal with the consequences of those changes. Therefore, a comprehensive review of the corporate governance mechanisms both traditional and new is needed. This is exactly the purpose of this research that will focus on the relevance and role of corporate governance mechanisms in determining firm performance, shareholder value, and stakeholder interests. | Business | Yes | Yes |
| Corporate Finance: Sustainability & FinTech Integration | No | Social Sciences and Management | Majd Iskandrani | Majd Iskandrani | | | | Business | No | No |
| Corporate Governance and Disclosure | Yes | Social Sciences and Management | taha almarayeh | taha almarayeh | mohammad abu nasser; Basheer Ahmad Khamees; Ala'a Azzam; Batoul Abdeldayem | | The Corporate Governance Group is dedicated to advancing research across a diverse range of topics, with a primary focus on enhancing company performance and risk management.
Key research areas include:
1. Board Composition, Diversity, and Independence: Investigating how these factors contribute to effective decision-making, oversight, and long-term organizational success.
2. Corporate Governance and Sustainability:
Exploring the critical link between governance structures and Environmental, Social, and 3. Governance (ESG) performance, highlighting how sound governance practices drive sustainability initiatives.
3. Executive Compensation:
Assessing the relationship between executive pay structures and their influence on organizational strategy and outcomes.
4. Political Connections:
Examining how political affiliations and networks impact governance practices, risk management, and resource allocation.
6. Shareholder Activism:
Analyzing the role of shareholder engagement in shaping corporate policies, governance reforms, and accountability.
7. Governance Reforms:
Evaluating the impact of governance policy changes on risk mitigation, innovation, and overall performance.
8. Cross-Border Corporate Governance:
Investigating governance challenges and opportunities in the context of international operations and global markets.
| Business | Yes | Yes |
| Criminal Law | No | Arts and Humanities | Hasan Altarawneh | Hasan Altarawneh | Dr.Ahmad AL Hwaitat | | Studies in Criminal Law research group deals with specifics pertaining to criminal law. A core area is Jordanian Criminal Law, wherein the group analyzes principles, statues, and case law that govern criminal offenses and their penalties, and Criminal Procedure Law, which covers investigation, prosecution, defense, trials, and the rights of the accused.
The group also undertakes research in Comparative Criminal Law, comparing Jordan law with those in other countries to find the best practices. Their work in Criminal Justice Reform researches possible improvements that may be implemented to enhance fairness and effectiveness within Jordan's legal system.
A significant part of the group's research covers Human Rights and Criminal Law in the areas of torture, fair trial rights, and treatment of vulnerable groups. They also study the use of Forensic Science in legal procedures and its implications on case outcomes.
With the advancement of technology, Cybercrime and Digital Evidence has become another focal point whereby they assess the adequacy of the current legal frameworks in addressing such issues. In addition, Victimology research explores victims' rights and protections within the criminal justice system.
This group considers Sentencing and Penal Policy, assessing the deterrence effect of sentencing policies in preventing crimes and rehabilitating offenders. Its work in International Criminal Law puts Jordan into consideration and obligation for international legal frameworks, including cooperation with global tribunals.
| Law | No | No |
| Cross-Cultural Communication: Advancing Translation and Interpretation Theories | Yes | Arts and Humanities | mohammad hanaqtah | mohammad hanaqtah | Tamadur Shamayleh; raed ramahi; Mheel Smeheen | | Since one language sets you in a corridor for life, two languages open every door along the way. Since translation and interpretation are intersecting with many other disciplines and gaining relevance as means to foster communication and dialogue in increasingly multicultural and multilingual environments. Our research group is interested in the following:
1. Investigating the different structures, styles, skills, and cultural aspects of English language in relation to translation and Discourse Studies.
2. We are particularly interested in exploring the translation and interpretation processes in different types of texts, in addition to the sociological approaches to translation.
3. The impact of technology on translation performance.
4. Assessing cultural differences in translation works.
5. Text analysis and translation, translation quality assessment, translation and technology.
6. Translation ethics.
7. The synchronic and diachronic study of the different phases, practices, and norms of the translational action.
8. terminology, and glossaries, cognitive aspects of translation, audiovisual translation, sociology of translation and translation as textual practice.
Our ultimate goal is to explore the methods and procedures that enable learners of translation and interpretation to comprehend the actual written and spoken forms of English language varieties by focusing on functional structures and patterns that learners of translation and interpretation can use and benefit from in their educational and professional careers. | School of Languages - Aqaba | Yes | Yes |
| Cybersecurity Risk Assessment in IT Infrastructure Assets | Yes | Engineering and Technology | mohammed almaiah | mohammed almaiah | sami sarah; Khawla Mohammad moslem Al-Tarawneh | | Our research group entitled " Cybersecurity Risk Assessment in IT Infrastructure Assets", which focuses on exploring the main risks and threats that can cause breach for information systems and applications.
Our key areas of research include:
- Cybersecurity risk assessment of IT assets
- Cybersecurity risk assessment of cyber-threats and attacks
- Assessment of security controls and countermeasures for cyber-threats and attacks
| IT | Yes | Yes |
| Cystic Fibrosis | Yes | Life Sciences and Medicine | Fareed Khdair | Fareed Khdair | Montaha al-iede; Enas Alzayadneh; Ebaa Al Zayadneh; dana mahmoud shafeeq marei | | The Cystic Fibrosis Research Group at the University of Jordan (UJ-CF Group) is committed to addressing the pressing challenges of cystic fibrosis (CF) in the Jordanian population, where the disease remains underdiagnosed, mismanaged, and often mistaken for other chronic conditions due to its complex and variable presentation. CF, an inherited disorder caused by mutations in the CFTR gene, primarily affects the respiratory and digestive systems, leading to chronic pulmonary infections, progressive lung damage, and significant gastrointestinal complications. In Jordan, the lack of comprehensive CF registries, limited awareness among healthcare professionals, and diagnostic constraints have contributed to delayed diagnoses and suboptimal treatment outcomes. Moreover, malnutrition and growth failure, common complications in CF, are often overlooked, further exacerbating disease progression. Given these challenges, there is an urgent need for regional research tailored to the genetic, clinical, and nutritional characteristics of Jordanian CF patients to improve early detection, optimize treatment strategies, and enhance overall patient care.
Our research focuses on several key areas, including:
Disease genetics, where we explore the spectrum of CFTR mutations in Jordanian patients to identify region-specific genetic patterns.
We also investigate novel treatment approaches, including advancements in CFTR modulators and supportive therapies, to assess their effectiveness in our population.
Understanding patient outcomes is a crucial aspect of our work, enabling us to evaluate disease progression, treatment response, and quality of life among CF patients.
Additionally, we examine the gastrointestinal and pulmonary manifestations of CF in Jordan, considering unique regional and environmental factors that may influence disease severity.
Another vital component of our research is the nutritional evaluation and risk stratification of CF children, recognizing that malnutrition is a major predictor of disease progression and survival.
Furthermore, we study inflammatory markers and their role in CF pathogenesis, aiming to identify potential biomarkers for disease severity and therapeutic targeting. Through these research initiatives, our goal is to advance CF care in Jordan, contribute to global scientific knowledge, and foster national and international collaborations to improve patient outcomes. | Medicine | Yes | Yes |
| Daylight Innovation for Sustainable Design | Yes | Arts and Humanities | Eman Mayah | Eman Mayah | Deyala Altarawneh; TYMA`A AHMAD ISSA KHAWALDEH | | Daylight plays a crucial role in many aspects of human health, well-being, and the environment. It offers numerous benefits, including energy efficiency, safety, and enhanced social and emotional well-being. However, due to the impact of climate change on our planet, there is an argent need to consider Daylight-Driven Solutions. Our mission is to emphasize the importance of daylight across multiple dimensions and integrate it as a fundamental element in the sustainable design of the built environment.
Our research interests are focused on:
Daylight Optimization: Enhancing natural light utilization in architectural design for energy efficiency and well-being.
Sustainable Building Design: Integrating daylight strategies with eco-friendly materials and construction methods.
Energy Efficiency: Reducing reliance on artificial lighting and HVAC systems through smart daylighting solutions.
Human-Centric Design: Examining the impact of daylight on occupant health, productivity, and comfort.
Advanced Technologies: Exploring smart glazing, dynamic facades, and AI-driven daylight control systems.
Urban and Interior Spaces: Studying daylight integration in urban planning, residential, and commercial spaces.
Climate-Responsive Design: Adapting daylight strategies to diverse climatic conditions for maximum efficiency. | Arts and Desgin | Yes | Yes |
| Dental Biomaterials | Yes | Life Sciences and Medicine | Rasha Al Amoush | Rasha Al Amoush | marwa alnsour | | Our Research Group focuses on the development, characterization, and evaluation of advanced materials used in dental applications. Further, it focuses on interdisciplinary collaboration with clinicians, engineers, and scientists to develop innovative solutions that bridge the gap between research and clinical practice, aiming to enhance patient outcomes and advance oral health care.
Our primary research interest is to investigate the mechanical, chemical, and biological properties of restorative materials including composites, ceramics, and bioactive glasses to enhance their performance, durability, and biocompatibility.
By employing cutting-edge techniques such as nanotechnology and 3D printing, we aim to advance the field of dental biomaterials and contribute to the development of safer, more effective solutions for clinical practice. | Dentistry | Yes | Yes |
| Deviance and Crime in the Digital Era: Innovations in Social Intervention | Yes | Social Sciences and Management | Haya Tarawneh | Niveen Halalsheh; Haya Tarawneh | Nesreen Atieh; Enas Al-Dabbas; Dr.Ahmad AL Hwaitat; Khalil Al-Halalat | | The research group “Deviance and Crime in the Digital Age: Innovations in Social Intervention” is committed to advancing interdisciplinary knowledge and practice in understanding and addressing deviance and crime in digital environments. By integrating insights from sociology, social work, digital communication, political science, law, and cybersecurity, the group seeks to uncover the complex social, cultural, psychological, and technological dynamics that shape emerging patterns of digital deviance.
Our mission is to:
Conduct rigorous research that illuminates the impact of digital crime and deviant behaviors on individuals and communities, with special attention to vulnerable and at-risk populations.
Develop and evaluate innovative social interventions that leverage digital tools and interactive technologies to prevent deviance and crime, enhance digital literacy, and promote social justice.
Critically assess public policies, legislation, and institutional responses to cybercrime, and provide evidence-based recommendations for more effective and equitable solutions.
Explore the role of new media in framing public perceptions of crime and deviance, and in shaping collective behaviors within virtual and physical spaces.
Our research directly contributes to the United Nations Sustainable Development Goals, as we work to promote equitable, inclusive, and quality education for all (Goal 4) through the development of innovative curricula and learning models. Simultaneously, our efforts are directed toward supporting the building of peaceful, just societies with effective and accountable institutions (Goal 16), by researching mechanisms to enhance good governance and access to justice for all. This integrated commitment is clearly articulated in the ninth objective of our research group's framework, which anchors our work within this dual framework to ensure a sustainable societal impact.
Research Interests of the Group:
Studying the impact of technology and digitization on crime patterns and analyzing them.
Analyzing the effectiveness of digital social interventions in combating deviance and crime.
The impact of digitization on social values and ethics in light of cybercrime.
The psychological and social impact of digital deviance on individuals and communities.
Using artificial intelligence to combat digital crimes and deviance.
Reducing digital crime and deviance through governmental and legal policies.
Approaches to preventing digital crime and deviance within educational systems.
The role of digital media in raising awareness about cybercrime and digital deviance.
To enhance the group’s research role in developing innovative digital solutions that promote justice, improve the quality of educational services, and support the building of more effective institutions through the study of digital crime, artificial intelligence applications, and digital transformation.
Through these efforts, the group aims to generate impactful scientific knowledge, strengthen community resilience, and support policymakers and institutions in crafting comprehensive strategies that respond effectively to the challenges and opportunities of the digital age.
| Educational Sciences | No | No |
| Diabetic Kidney Disease | Yes | Life Sciences and Medicine | Randa Farah | Randa Farah | Dr.Hiba Abbasi | | Our research group focused on diabetic kidney disease (DKD) is dedicated to advancing the understanding and management of this complex condition. We explore the mechanisms driving DKD, identify early biomarkers for diagnosis, and evaluate effective treatment strategies. Additionally, we investigate the impact of comorbidities, genetic factors, and dietary interventions on disease progression, while addressing health disparities among different populations. Through our commitment to patient education and translational research, we aim to improve clinical outcomes and enhance the quality of care for individuals affected by DKD. Our primary goals included:
Mechanisms underlying diabetic kidney disease
Identification of early biomarkers for diagnosis
Effective treatment strategies (medications and lifestyle interventions)
Impact of comorbidities (e.g., hypertension, cardiovascular disease)
Genetic factors and epigenetics related to DKD
Role of dietary interventions in disease management
Long-term health outcomes for patients with DKD
Health disparities in DKD prevalence and management
Patient education and self-management strategies
Translational research to bridge laboratory discoveries with clinical practice
| Medicine | Yes | Yes |
| Digitization and Human Security: Benefits and Threats | Yes | Social Sciences and Management | majeda omar | Ahmad Al Ahmad; majeda omar | Tahani Al-Khatib; Bader Obeidat; Mohamad Qudah | | The challenges of human security in the context of digitization present a complex and evolving landscape, intertwining issues of technology, governance, and societal well-being. As digital technologies become increasingly integrated into daily life, they offer both opportunities and risks to human security.
Analyzing the intersection of social identities and its consequences for justice and equality within diverse communities.
Exploring how language reflects and reinforces power dynamics, and its effects on democracy and social justice.
Topics aimed at promoting sound ideas and sound principles, and guiding individuals towards critical thinking.
Research related to protecting society and avoiding ideological conflicts.
Research related to spreading cultural and scientific awareness, teaching people how to handle information critically, and fostering a spirit of tolerance and dialogue between different ideas and beliefs.
Research related to the ethical aspects of digital technology, and promoting the practice of values such as trust, justice, integrity, and others.
Research related to communication and promoting dialogue to achieve mutual understanding.
Topics related to modern technologies such as artificial intelligence.
| Arts | Yes | Yes |
| Discourse Studies | Yes | Arts and Humanities | Sharif Alghazo | Sharif Alghazo | Ghaleb Rababah; Abdel rahman Altakhaineh; Mohd AlSalem; Imran Alrashdan; hala abutaleb; Razan Ali Hussein Al-Shorman; Nahed Emaish | | We explore how language is used in various communicational contexts and show the way in which it constructs social and cultural meanings. In particular, we focus on the following areas:
1. Metadiscourse: Our research explores how writers and speakers use language to help their audience navigate the text by analysing markers of stance, commentary, transitions, and engagement.
2. Critical Discourse Analysis: We conduct research to reveal the relationships between language, power, and institutionalized social structure.
3. Systemic Functional Linguistics: Our research deals with how language functions as a social semiotic system and examines language as a resource for making meaning. We focus on how language choices reflect social, cultural, and situational contexts. Our research also examines the relationships between form and function, examining how grammar, discourse, and context are interconnected.
4. Analysis of Translated Texts: We examine the translation of texts to show their crossing into languages and cultures, with a particular focus on the issue of linguistic choice affecting meaning and interpretation across contexts.
| Foreign languages | Yes | Yes |
| Driving Innovation Through HRM | Yes | Social Sciences and Management | Motasem Thneibat | Motasem Thneibat | Rima Al-Hasan; Samer Dahiyat; Fuad Kreishan; Abdel-Hakim Akhoershaideh | | Our research interest focuses mainly on the role of human resource management (HRM) in promoting innovation. More specifically, how organizations can implement HRM practices to support innovation in their organizations. Moreover, we aim to offer a better understanding (theoritically and empirically) of the implementation of specific HRM practices (such as rewards and training) in order to promote innovation. Furthermore, we consider the role of employees' psychology at work (such as affective commitment, empowerment, and engagement) in studying the relationship between HRM practices and innovation.
HRM: Human Resource Management.
Inclduing:
The practices of HRM and how they can drive organizational, individual, and employee innovation.
The role of HRM practices in optimizing employment relationships.
Innovation Management:
Including:
How can innovation be promoted.
Types of innovation (incremental and radical)
Innovative Work Behaviour.
Including:
The behaviour of employees towards being innovative.
Employees willingness to exert positive behaviours to create new ideas that can generate innovative products.
Employees' willingness to be innovative.
Rewards Management.
Including:
How rewards, as a function of HRM, can promote innovation and innovative work behaviour.
What is the possible effect of performance-based rewards on innovation and employee behaviors.
Performance Management.
Including: How to boost employees' performance through HRM practices.
How employees' performance is linked to innovation.
Psychology at Work.
Including: How employees react and reciprocate to organizational arrangements such as rewards.
Social exchange theory explanation of employer-employee relationship. | Business | Yes | Yes |
| Dynamics in Complex Functions and Geometry | Yes | Natural Sciences | Isra Shbeil | Isra Shbeil | khalid bdarneh | | Research Interests
Geometric Properties of Complex Functions
Focus on studying the geometric characteristics of specific function classes, such as starlike, convex, bi-univalent, and harmonic functions.
Objective: Enhance the understanding of these classes' behaviors and develop new tools for their analysis.
Applications of q-Calculus in Special Functions
Investigate the role of q-derivatives and q-integrals in the approximation and analysis of special function families.
Objective: Address complex mathematical problems in fields like quantum calculus and nonlinear analysis.
Fractional Calculus in Mathematical Analysis
Explore the use of fractional derivatives and integrals in describing and solving problems involving nonlocal and memory effects.
Objective: Develop methods to extend the applications of fractional calculus in engineering, fluid mechanics, and dynamic systems.
Orthogonal Polynomials and Polynomial Approximation
Study the properties and applications of orthogonal polynomials in optimizing approximation techniques.
Objective: Provide improved solutions for mathematical modeling and computational challenges in applied domains.
Nonlinear Dynamics and Function Theory
Apply geometric and analytical tools to analyze the stability and behavior of nonlinear systems.
Objective: Bridge theoretical mathematics with real-world applications in areas like optimization and control systems.
Symmetry and Mathematical Modeling
Investigate the role of symmetry in mathematical frameworks and its applications in modeling natural and physical phenomena.
Objective: Enhance mathematical models used in fluid dynamics and materials science.
Integration of Complex Function Theory in Applied Domains
Combine advanced methods in geometric function theory with practical applications in quantum mechanics and sustainable development.
Objective: Leverage theoretical insights to address global challenges and improve interdisciplinary research. | Science | Yes | Yes |
| Economic Policy | Yes | Social Sciences and Management | Alaaeddin Tarawneh | Alaaeddin Tarawneh | Ghazi Alassaf; Raad Al-tal; Yaseen Al-Tarawneh; Shaima Abdul-Karim A Al-Awad; Khawlah Abdallah Spetan | | Economic policies in areas like:
- Economic Growth: related policies to enhance growth as one of the SDGs
- Budget: fiscal policies that governments use to maintain stability
- Taxes and public Investment: policies to increase public revenues
- Monetary policy: policies maintain the financial stability
| Business | Yes | Yes |
| Economics of Food Security | No | Life Sciences and Medicine | Mohammad Majdalawi | Mohammad Majdalawi; Tamara Mousa | | | To investigate the relationship between food security and economic efficiency.
To analyze the food supply chain to enhance the production and processing of food.
To reduce the impact of crisis on food security.
To improve the economic efficiency of the resources usage of the food production.
To reduce the waste loses of food and develop approaches to enhance the reuse of these wastes.
To enhance the pattern of food consumption in a way that enhance food security.
| Agriculture | No | No |
| Educational Leadership for Innovation and Sustainability (ELIS) | Yes | Arts and Humanities | Rania Sawalhi | Rania Sawalhi | Abdelsalam Awamrah; Mohammad Al-Qudah; Sara Sami Oqlah Al-Qudah; Muhammad Hatamleh | | The EduLeadership for Innovation and Sustainability Research Group was established to examine and promote transformative educational leadership grounded in innovation, sustainability, and equity. Our mission is to contribute to meaningful educational development through contextually relevant research, collaborative inquiry, and the design of future-oriented, evidence-based practices. We focus on understanding and advancing leadership that is responsive to local needs, culturally grounded, and informed by ethical and research-based principles. Our work engages with global conversations to bridge theory and practice across educational settings.
Research Interests:
Transformative Educational Leadership and Innovation
Investigating leadership approaches that drive meaningful change in schools and universities.
Exploring how educational leaders create innovative learning environments and cultivate a culture of continuous improvement.
Culturally Grounded and Ethical Leadership
Examining leadership models informed by Arab cultural, ethical, and social values.
Bridging international leadership theories with local educational contexts to enhance relevance and authenticity.
Equity, Inclusion, and Leadership for Social Justice
Studying leadership practices that promote equity, inclusive education, and social responsibility.
Highlighting the role of women and underrepresented groups in educational leadership.
Digital Leadership and Sustainable Transformation
Analyzing how leaders guide digital transformation in education while maintaining ethical and sustainable practices.
Exploring leadership competencies needed to manage technological change and innovation in digital learning environments.
Collaborative Leadership and Professional Networks
Investigating the role of leadership networks, communities of practice, and cross-sector partnerships.
Encouraging collaborative inquiry and research-informed practice.
| Educational Sciences | Yes | Yes |
| Efficient Factory Operation Management (EFOM) | Yes | Social Sciences and Management | mohammad almasarweh | mohammad almasarweh | ahmed alsarairah | | The Efficient Factory Operations Management research group at the University of Jordan brings together an interdisciplinary team of researchers committed to advancing industrial efficiency. We focus on how strategic objectives can be implemented within manufacturing systems and how technological innovations can transform factory resources, production processes, and data management. Our work combines advanced methods in optimization, modeling, and predictive analytics. We apply our expertise to enhance factory sustainability, streamline production logistics, reduce operational risks, and address workforce-related challenges. Our research covers a wide spectrum of topics within modern factory operations management.
The research topics of our group are organized around the follwoing clusters of research:
Project Management: The management of a group of related activities in order to generate a unique product, service or result effectively and efficiently.
Personnel Management: The management of personnel resources within an organization in order to have suitably qualified staff on duty at the right time.
Production Management: The management, planning and control of industrial processes to produce goods and services of the right quality, right quantity, at the right time and at minimum cost
| School of Business - Aqaba | No | Yes |
| E-Government Services and UX | Yes | Engineering and Technology | evon abutaieh | ISSAM AL-HADID; evon abutaieh | Hamed Al-Bdour; Alaa Al Rowwad | | The E-Government Services and UX Research Group is committed to improving digital government services by optimizing user experience (UX), enhancing service design, and fostering citizen engagement. The group integrates behavioral theories, data analytics, and emerging technologies to ensure that e-government platforms are efficient, accessible, and widely adopted.
Through collaboration with government entities and leveraging AI-driven analysis, service classification techniques, and usability assessments, the group aims to bridge the gap between technology and governance. The ultimate goal is to provide research-based insights that support digital transformation, improve public service delivery, and drive innovation in e-government systems.
Research Interests
Intelligent Optimization of E-Government Services
This research develops AI-driven and service-oriented approaches to improve the performance, reliability, and scalability of digital government platforms.
Supports Goal 1: Enhance Digital Government Service Efficiency
Supports Goal 4: Personalize and Classify E-Government Services
User Adoption and Behavioral Analysis
This work investigates the factors influencing the acceptance and use of e-government services using models such as TAM, UTAUT, and TPB. Machine learning techniques are integrated to predict and address adoption barriers.
Supports Goal 2: Increase User Adoption and Engagement
Supports Goal 6: Promote Human-Centered Digital Transformation
Trust, Security, and Risk Perception in Digital Governance
This research examines the role of security, transparency, and perceived risk in shaping user confidence, offering solutions to enhance trust in e-government platforms.
Supports Goal 3: Strengthen Trust and Security in E-Government Services
Service Classification and Personalization
This study explores methods for categorizing and adapting e-government services to meet diverse user needs, ensuring inclusivity and ease of use.
Supports Goal 4: Personalize and Classify E-Government Services
Human-Centered Design for E-Government UX
By conducting usability studies, accessibility assessments, and service design evaluations, this research enhances user satisfaction and system efficiency.
Supports Goal 2: Increase User Adoption and Engagement
Supports Goal 6: Promote Human-Centered Digital Transformation
Collaborative Digital Transformation Strategies
This research involves working with government institutions to align digital service improvements with policy objectives, ensuring practical and sustainable implementation.
Supports Goal 5: Support Evidence-Based Policymaking
Supports Goal 4: Personalize and Classify E-Government Services | School of Information Technology and Systems - Aqaba | Yes | Yes |
| e-Heart Solutions | No | Life Sciences and Medicine | Kais Albalbissi | Kais Albalbissi | | | | Medicine | No | No |
| Elevating Competencies in Counseling and Special Education | Yes | Arts and Humanities | Amal Ibrahim | Amal Ibrahim | fatema aladwan; Mais Al-Nasa'h; Aseel Ajlouni; Omar Alorani; yaman Ibrahim Mohammad Shadid | | The group is dedicated to elevating the professional competencies of counselors and special education teachers, focusing on both in-service professionals and pre-service students. The research aims to identify specific needs and challenges, providing innovative, evidence-based solutions to enhance their competencies, knowledge, and overall well-being. This includes addressing skill gaps, designing advanced assessment tools, and implementing cutting-edge training programs, with a strong emphasis on integrating technologies such as artificial intelligence and digital platforms to improve professional performance and effectiveness.
Research Interests of the Group
1. Assessing Professional Needs and Competencies of Counselors and Special Education Teachers:
Conducting in-depth investigations to identify the challenges, needs, and professional competencies of special education teachers and counselors, both in-service and pre-service. This includes analyzing cognitive, skill-based, and affective domains to develop targeted programs and innovative solutions to address professional gaps.
2. Designing and Developing Comprehensive Tools to Evaluate Competencies:
Creating innovative tools to evaluate professional competencies across cognitive, skill-based, and emotional domains. These tools aim to address the needs of faculty members, in-service professionals, and pre-service students by identifying strengths and areas for improvement, providing recommendations for enhanced performance.
3. Designing Programs to Enhance the Competencies of Counselors and Special Education Teachers:
Designing continuous training programs specifically tailored for counselors and special education teachers, enabling them to improve their competencies and deliver high-quality educational and counseling services.
4. Technological Innovations to Enhance Competencies and Prepare Educators and Counselors to Meet Global Standards:
Exploring the integration of artificial intelligence, robotics, and digital platforms to enhance competencies and prepare special education teachers and counselors to meet global standards. This includes utilizing technological tools to improve professional practices and provide customized training to meet their needs.
5. Enhancing Mental Health and Well-Being for Pre-Service and In-Service Teachers and Counselors:
Investigating the psychological stressors and professional challenges faced by special education teachers and counselors, both pre-service and in-service. This includes designing programs and strategies to support their mental health, resilience, and overall well-being.
6. Developing Innovative Strategies and Practices to Enhance Teacher Preparation Programs:
Developing innovative strategies and practices to enhance teacher preparation programs. This includes fostering pre-service teachers' motivation to learn, shaping their attitudes toward the teaching profession, and developing their skills in special education through supportive and innovative learning environments.
The group strives to elevate professional competencies, promote mental health and well-being, and create an innovative, inclusive educational and counseling environment that empowers counselors and special education teachers to excel in their roles and contribute effectively to education and counseling. | Educational Sciences | Yes | Yes |
| Emergency and Critical Care | No | Life Sciences and Medicine | Amer Hasanien | Amer Hasanien | | | | Nursing | No | No |
| Empowering Teachers: 21st Century Skills | Yes | Arts and Humanities | Ibrahim El-Shara | Ibrahim El-Shara | Adnan Doulat; Diala Hamaidi; Jehad Alanati; Yousef Arouri; Majdi Sawalha; Sahar Abu-Helu; Ghadeer Wael Saeed Quttainah | | At the University of Jordan, our research group, Empowering Teachers: 21st Century Skills, is dedicated to shaping the future of education by placing teachers at the center of innovation, change, and continuous growth. We believe that empowering teachers is not just a goal—it is a transformative process that drives educational excellence, equity, and resilience in an ever-changing world.
Our work is grounded in a mission to equip educators with the knowledge, skills, and mindset they need to thrive in digital, cognitive, and ethical dimensions of teaching. As rapid technological advancements redefine education, our research explores critical areas that contribute to preparing teachers who are not only competent but also confident, reflective, and globally aware.
Below are our core research interests, which guide our scholarly activities and collaborative initiatives:
1. Integration of 21st Century Skills in Teacher Preparation Programs
We investigate how teacher education curricula incorporate 21st-century competencies—such as critical thinking, creativity, communication, collaboration, and digital literacy—to ensure that future educators are equipped to meet the demands of modern classrooms. Our work includes evaluating instructional strategies, field experiences, and assessment practices that support these essential skills.
2. Designing and Evaluating Professional Development Models
Recognizing that teachers' growth does not end at certification, we design and assess professional learning models that support teachers' continuous development. Our research focuses on mentorship programs, coaching models, online learning communities, and experiential learning opportunities that build capacity for leading student-centered and inquiry-driven instruction.
3. Teacher Readiness and Self-Efficacy in Innovation
We explore how teachers' beliefs about their capabilities (self-efficacy) impact their willingness to adopt new technologies, innovate in pedagogy, and engage in transformative practices. Our studies examine factors influencing readiness, such as teaching experience, institutional support, access to resources, and exposure to training.
4. Developing Digital Competence in Educators
With the increasing integration of technology in education, our research focuses on developing frameworks and tools that support digital competence among teachers. This includes digital content creation, safe and ethical technology use, virtual collaboration, and adaptive teaching in online/hybrid environments.
5. Exploring the Role of Artificial Intelligence in Pedagogy
As AI becomes a growing force in education, we investigate its pedagogical implications—such as personalized learning pathways, AI tutoring systems, adaptive assessments, and intelligent classroom management tools. Our research explores both the opportunities and ethical considerations of AI integration in teaching.
6. Promoting Global Citizenship and Digital Ethics in the Classroom
In a globally connected world, we study how educators can promote values of empathy, equity, intercultural understanding, and digital responsibility. Our research supports the creation of culturally responsive curricula and instructional practices that prepare students for active participation in global society.
7. Embedding Life-Long Learning and the 4Cs in Instructional Practice
We emphasize the necessity of life-long learning for both teachers and students, focusing on strategies that reinforce the 4Cs as core competencies. Our work examines how project-based learning, reflective practice, and interdisciplinary approaches foster these competencies within and beyond the classroom.
8. Transforming Traditional Pedagogies Through Innovation
We explore how innovative instructional practices—such as flipped classrooms, design thinking, maker-based learning, and gamification—can transform conventional educational models into more engaging, personalized, and meaningful experiences for both teachers and learners.
9. Advancing Equity and Inclusion Through Technology
Our research addresses how assistive technologies, universal design for learning (UDL), and differentiated instruction can support inclusive education for students with diverse needs. We aim to ensure equitable access to quality education for all learners, regardless of background or ability.
10. Creativity as a Catalyst for Educational Change
We believe that creativity is not an optional add-on, but a central force in driving educational innovation. Our studies examine how fostering creativity in teachers leads to greater adaptability, problem-solving capacity, and motivation to lead change in their schools and communities.
Together, these research interests form the foundation of our commitment to empowering educators and shaping a future where education inspires, includes, and innovates. | Educational Sciences | Yes | Yes |
| Energy | Yes | Engineering and Technology | Osama Ayadi | Osama Ayadi | Sahban Al Naser; Mohammad Al Rbai; Mohammed Haj-Ahmed; Sereen Al Thaher; Hussam Khasawneh; Firas Sharaf; Bilal Rinchi | | This research group was established to address global and regional energy challenges, focusing on advancing sustainable energy solutions, improving energy efficiency, and enhancing the reliability of energy systems. The team's work aligns with Jordan's Energy Strategy 2020–2030, aiming to meet national energy needs while contributing to the development of practical, innovative energy technologies that can be applied both locally and globally.
The research interests of the team are diverse, reflecting the multidisciplinary nature of energy research. While all members share a common vision, their expertise spans various specialized subdomains. This structure enables the group to tackle complex energy challenges through collaborative efforts that integrate different perspectives and technical approaches.
The team's key research areas include:
1. Renewable Energy & Energy Efficiency
2. Machine and Deep Learning Applications for Renewable Energy Systems
3. Internal Combustion Engines and Alternative Fuels
4. Smart Grid & Energy Storage Systems
5. Power System Protection & Stablity
6. Smart Grid & Distributed Energy Resources
7. Power System Economics & Demand Response
| Engineering | Yes | Yes |
| Engineering Optimization and Algorithms | Yes | Engineering and Technology | sharif makhadmeh | sharif makhadmeh | mohammad al shridah; Prof. Rizik Al-Sayyed | | The Computer Algorithms Optimization (CAO) Research Group at the University of Jordan is committed to advancing the design, analysis, and optimization of computational algorithms for solving complex, real-world problems. The group emphasizes heuristic and metaheuristic methods, exact and approximation algorithms, and algorithm engineering, focusing on scalable, efficient solutions to computational optimization problems. The primary aims of the research group include, but are not limited to:
Heuristic Optimization for Real-World Problem Solving
Heuristic methods offer efficient, problem-specific strategies to generate good-enough solutions within practical timeframes. Our research explores:
Design of domain-specific heuristics for complex problems like scheduling, routing, and resource allocation.
Development of constructive and greedy heuristics tailored for fast approximation.
Local search-based heuristics to improve solution quality through neighborhood exploration.
Adaptive rule-based heuristics that evolve strategies based on real-time feedback.
Metaheuristic Algorithms for Combinatorial and Continuous Optimization
Metaheuristics provide flexible, high-level strategies for navigating large and complex solution spaces. Our research focuses on:
Advancing metaheuristic algorithms such as Simulated Annealing, Tabu Search, and Equilibrium optimizer.
Hybridization of multiple metaheuristics to enhance exploration and exploitation balance.
Parameter tuning and control mechanisms for dynamic optimization performance.
Metaheuristic frameworks tailored for multi-objective optimization problems.
Algorithm Engineering & High-Performance Optimization
Translating algorithmic theory into practical, efficient code is central to solving real-world challenges. Our research emphasizes:
Engineering high-performance algorithms with low runtime and memory usage.
Hardware-aware and cache-optimized algorithm implementations.
Parallel and distributed computing techniques for large-scale optimization problems.
Real-time systems optimization under strict latency and resource constraints.
Exact & Approximation Algorithms for NP-Hard Problems
When optimal solutions are essential, exact and approximation algorithms offer provable guarantees. Our research includes:
Development of exact algorithms using dynamic programming, branch-and-bound, and integer programming.
Design of polynomial-time approximation schemes (PTAS) for hard optimization problems.
Performance-bound analysis for approximation quality and computational efficiency.
Trade-off analysis between accuracy, runtime, and scalability in algorithm design.
AI-Driven Predictive Modeling with Optimization
Integrating AI with optimization algorithms enhances predictive accuracy and decision-making capabilities in complex systems. Our research explores:
Development of AI models (e.g., regression, time-series, ensemble methods) guided by optimization algorithms for parameter tuning and model selection.
Optimization-assisted feature selection to improve model performance and reduce overfitting.
Integration of metaheuristics and heuristics with AI for hybrid predictive-optimization frameworks.
Real-time decision systems combining AI predictions with dynamic optimization strategies.
Algorithmic Solutions for Emerging Technology Domains
We develop and apply advanced optimization algorithms to address critical challenges across a diverse set of modern, high-impact technological domains. Our research includes:
Intelligent Scheduling Algorithms:
Optimization-based solutions for job-shop scheduling, real-time task assignment, and resource planning across manufacturing, healthcare, and cloud environments.
Feature Selection & Dimensionality Reduction:
Use of metaheuristic optimization for selecting relevant features in high-dimensional datasets to improve model performance and reduce computational cost.
EEG Signal Optimization and Analysis:
Application of optimization techniques for EEG signal preprocessing, artifact removal, channel selection, and feature extraction in brain-computer interface (BCI) and neurological studies.
Cybersecurity Optimization:
Design of secure routing protocols, cryptographic key distribution strategies, and anomaly detection systems using heuristic and metaheuristic techniques.
Quantum-Inspired Algorithms:
Exploration of classical optimization algorithms influenced by quantum computing principles for solving complex combinatorial and continuous problems.
Energy Systems Optimization:
Development of algorithms for smart grid scheduling, load balancing, energy forecasting, and renewable energy integration to improve efficiency and sustainability.
Computational Geometry & Spatial Optimization:
Geometric algorithm design for 3D modeling, geographic information systems (GIS), and sensor network layout.
Robotics Optimization:
Application of path planning, motion control, task allocation, and energy management optimization techniques in autonomous ground, aerial, and industrial robotic systems.
Algorithmic Decision Support Systems:
Creation of intelligent, optimization-driven tools to support complex decision-making in business analytics, engineering design, and operational research. | IT | No | Yes |
| Evolutionary Algorithms and Machine Learning (EVO ML) | Yes | Engineering and Technology | Ibrahim Aljarah | Ibrahim Aljarah | Hossam Faris; Hamad Alsawalqah; Yazan Al Shamaileh | | The EVOML Research Group at the University of Jordan focuses on advancing evolutionary algorithms and machine learning to address complex, real-world challenges. Their detailed research interests include:
1. Evolutionary Algorithms: The group develops and refines algorithms inspired by natural evolutionary processes to solve optimization problems. Notably, they introduced the Harris Hawks Optimization (HHO) algorithm, which models the cooperative hunting behavior of Harris' hawks to tackle complex optimization tasks.
2. Machine Learning and Data Mining: Their work encompasses supervised and unsupervised learning techniques, focusing on data classification, clustering, and predictive modeling. They apply these methods across various domains, including healthcare and business analytics.
3. Hybrid Systems: The group explores the integration of evolutionary algorithms with machine learning models, such as neural networks, to enhance performance and adaptability in solving complex problems.
4. Big Data and High-Performance Computing: Addressing the challenges of large-scale data, they develop scalable algorithms optimized for high-performance computing environments, facilitating efficient processing and analysis of extensive datasets.
5. Application Domains: Their research extends to practical applications in:
Medicine: Implementing AI solutions for disease diagnosis, treatment planning, and healthcare data analysis.
Business: Enhancing decision-making processes through predictive analytics and optimization strategies.
Manufacturing and Industry: Optimizing production processes, supply chain management, and quality control using intelligent systems.
Education: Developing adaptive learning systems and educational data mining techniques to improve learning outcomes.
Environmental Modeling: Applying computational models to simulate and predict environmental phenomena, aiding in resource management and conservation efforts.
Through these research endeavors, the EVOML Research Group contributes significantly to the advancement of evolutionary computation and machine learning, providing innovative solutions across multiple sectors. | IT | No | Yes |
| Exercise performance and perception | Yes | Life Sciences and Medicine | Ibrahim Dabayebeh | fatima alkhrissat; Ibrahim Dabayebeh | Alia Alghwairi; loay alshawabka | | The mission of the Exercise Performance and Perception research group is to deepen scientific understanding and practical applications of exercise by exploring both the measurable performance outcomes and the perceptual experiences of individuals across diverse populations. We are committed to investigating how physical activity affects human performance, perception, and motivation, with the goal of optimizing training, enhancing well-being, and promoting lifelong physical engagement.
Our research focuses on the dynamic relationship between physiological responses, psychological factors, and subjective exercise experiences, aiming to inform personalized and inclusive exercise interventions for health, performance, and quality of life.
Key Research Areas:
Exercise Physiology and Performance: Studying how the body responds and adapts to various types of exercise, with emphasis on improving performance metrics, recovery, and long-term physical capacity.
Perception of Effort and Exercise Enjoyment: Investigating how individuals perceive exertion, fatigue, and enjoyment during exercise to inform strategies that increase adherence and optimize training outcomes.
Training Interventions: Evaluating evidence-based programs that target strength, endurance, and skill development, while monitoring perceived effort, motivation, and satisfaction.
Special Populations: Researching tailored exercise and perceptual responses in populations such as youth, older adults, and individuals with disabilities, to enhance accessibility and effectiveness.
Recovery of exercise performance: Advancing individualized recovery protocols that combine physiological measures with perceptual feedback to guide return-to-performance pathways.
Mental Well- and Exercise perception: Examining the interplay between exercise, perception, mood, stress reduction, and motivation, with a focus on sustainable behavior change and psychological resilience.
Performance Optimization and Overtraining Prevention: Designing exercise programs that balance physical load following exercise perception, incorporating perceptual markers to prevent burnout and maximize outcomes. | Sport Sciences | Yes | Yes |
| Experimental Syntax | Yes | Arts and Humanities | Eman Al Khalaf | Eman Al Khalaf | Bushra Abufaraj; Omar Mohammad Ismail Sanad; DIMA KHALED ALI alsharif | | Experimental Syntax Research Group has Various research interests that include the following:
Acceptability Judgments and Sentence Completion: The structure of language may be investigated empirically via two means: that of acceptability judgments, and that of sentence completion.
Corpus Analysis: trying to shed some light on how data-driven approaches may work in the processing of syntax.
Artificial language learning, cross-linguistic comparisons: Studying syntax via artificial language learning experiments, comparison of syntactic structures across languages.
| Foreign languages | Yes | Yes |
| Financial Accounting Issues | Yes | Social Sciences and Management | Mohammad AlOdwan | Mohammad AlOdwan | Omar Al-singlawi; mohammed Almaharmeh; OMAR ALHAWTMEH; rania omari | | After the major setbacks that occurred globally due to the distortion of accounting reports due to the lack of appropriate quality in financial reports, in addition to the emergence of modern accounting issues such as sustainability, environment and technological development, it has become necessary for scientific research to explore and investigate the discovery of manipulation of financial statements and the extent to which financial reports adhere to accounting standards and the required quality useful for economic decision makers, as the efforts of this research team will focus on discovering the causes and providing solutions and recommendations on these issues in financial accounting.
Therefore, Our group is dedicated to the following areas of research:
1. Financial Reporting Quality and Transparency issues
2. Value Relevance ,Earnings Management and Manipulation in financial accounting
3. Sustainability and Environmental Accounting linkage with financial reporting
4. Impact of Technology and Big Data on Financial reports
5. Financial Statements Analysis and Prediction Models
| School of Business - Aqaba | Yes | Yes |
| Fresh Produce: Safety and Quality | Yes | Life Sciences and Medicine | Dr.Ghadeer Mehyar | Dr.Ghadeer Mehyar | Nihad Alsmairat; mousa nouman; nour alqtaishat; Hamzah Al-Qadiri; Imad Hamadneh | | Mission
Our mission is to enhance the safety, quality, and longevity of fresh produce by leveraging multidisciplinary approaches, including advanced packaging, antimicrobial solutions, and optimized cold chain logistics. Through innovative research and technology integration, we aim to control contamination, extend shelf life, and preserve the nutritional value of fresh foods, ensuring consumers receive safe, high-quality products.
Vision
We aim to be a leading force both locally and globally in fresh food safety and quality, revolutionizing preservation and supply chains through innovation. By leveraging advanced scientific research and interdisciplinary collaboration, we strive to minimize food waste, enhance consumer health, and build a more resilient and sustainable food system.
Introduction
Our research group is dedicated to improving the safety, quality, and shelf life of fresh produce through innovative, science-driven solutions. By integrating expertise from food science, microbiology, materials science, and logistics, the group develop advanced preservation technologies and systems that reduce food waste, enhance consumer health, and support sustainable food supply chains.
Research Areas
Advanced Packaging Technologies and Post-harvest Physiology
Antimicrobial Coatings and Treatments
Cold Chain Optimization
Shelf-Life Extension Strategies
Nutritional and Quality Retention
Food Safety Risk Assessment
Sustainable Technologies
| Agriculture | Yes | Yes |
| Functional Inorganic Nanomaterials and Applications | Yes | Natural Sciences | Afnan Al-Hunaiti | Afnan Al-Hunaiti | | "Afnan Al-Hunaiti" <a.alhunaiti@ju.edu.jo>; "Amer Imraish" <a.imraish@ju.edu.jo>; "Deeb Taher" <d.taher@ju.edu.jo>; "Wissam Helal" <wissam.helal@ju.edu.jo>; "Sami Mahmood" <s.mahmood@ju.edu.jo>; "Ruba.alzubi@jaec.gov.jo" <Ruba.alzubi@jaec.gov.jo>; "marcus.korb@uwa.edu.au" <marcus.korb@uwa.edu.au>; "Duha Hani Abdel Rahman" <DHA8240232@ju.edu.jo>; "Tareq Hussein" <T.hussein@ju.edu.jo>; "Reyad Al-Shawabkeh" <RShawabk@ju.edu.jo>
| FINA is a dynamic research group dedicated to exploring the transformative potential of functional inorganic nanomaterials through innovative design, synthesis, and application strategies. Our work centers on the controlled fabrication of nanoparticles, nanowires, nanotubes, and nanocomposites, with precise tuning of morphology, surface functionalization, and hybridization to optimize optical, magnetic, catalytic, electronic, and mechanical properties. Utilizing advanced characterization techniques, we uncover structure–property relationships at the nanoscale, enabling breakthroughs across multiple disciplines. Our interdisciplinary approach integrates materials science, environmental solutions, biomedical innovations, and computational tools to address global challenges in energy, health, and sustainability.
1. Materials Science
Design and Synthesis of Novel Functional Inorganic Nanomaterials: Controlled synthesis of metal oxides, quantum dots, metal-organic frameworks, and layered materials via hydrothermal, sol-gel, and template-assisted methods.
Nano-Interface Engineering for Enhanced Performance: Surface chemistry modification and structural tuning of nanomaterials to optimize their properties for specific applications.
Advanced Characterization of Nanostructure and Function: Application of TEM, SEM, XRD, XPS, and various spectroscopic techniques to establish structure–function correlations.
Nanomaterial-Based Membranes and Composites: Development of bulk materials and films incorporating functional inorganic nanomaterials for diverse applications.
2. Environmental and Earth Sciences
Nanomaterial-Enabled Environmental Remediation: Design of highly efficient inorganic nanomaterials for adsorption, catalysis, and photocatalytic degradation of water and air pollutants, including heavy metals, dyes, and pharmaceuticals.
Sustainable Nanomaterials for Energy Storage and Conversion: Development of advanced battery components, fuel cell catalysts, and hydrogen production materials from earth-abundant inorganic nanomaterials.
Nanomaterial-Based Sensors for Environmental Monitoring: Creation of sensitive and selective chemosensors and biosensors for in-situ detection of environmental contaminants.
3. Life and Health Sciences
Targeted Drug Delivery Using Inorganic Nanocarriers: Engineering mesoporous silica, gold nanoparticles, and liposomes with inorganic cores for controlled therapeutic delivery.
Nanomaterials for Biomedical Imaging and Theranostics: Development of luminescent or magnetic inorganic nanomaterials as contrast agents for MRI, fluorescence, and photoacoustic imaging, integrated with therapeutic functionalities.
Antimicrobial and Antifouling Inorganic Coatings: Fabrication of surfaces incorporating inorganic nanomaterials (e.g., silver nanoparticles) with potent antimicrobial properties.
4. Computational Sciences
Atomistic and Molecular Dynamics Simulations: Modeling reaction mechanisms, interfacial interactions, and stability of functional inorganic nanomaterials.
Density Functional Theory (DFT) Calculations: Predicting electronic, optical, and catalytic properties of novel inorganic nanostructures prior to synthesis.
Machine Learning and Data-Driven Materials Discovery: Applying AI and data science to accelerate the discovery of high-performance nanomaterials by correlating synthesis parameters, structure, and functionality.
Alignment with Sustainable Development Goals (SDG 9)
FINA is committed to translating fundamental discoveries into practical applications, including catalytic systems for pollution control, nanoparticle-based therapies, and AI-driven material design. Our research supports inclusive and sustainable industrialization, fostering innovative solutions in energy, climate change, and nanotechnology, while promoting international collaboration and impactful scientific advancement.
| Science | No | Yes |
| Generative AI Applications in Information Systems | Yes | Engineering and Technology | Rana Yousef | Rana Yousef | Abdelbaset Assaf; Esra Alzaghoul; LARA ABDEL-ELAH MOHAMMAD AL-SHBOUL | | The Generative AI Applications in Information Systems research group is dedicated to exploring how generative artificial intelligence can be applied to improve the design, development, and operation of intelligent information systems. Our research focuses on the following key areas:
1. Advancing Generative AI in Information Systems
We study how generative models—such as large language models—can be integrated into systems to improve data analysis, automate content creation, and enhance overall system intelligence.
2. Improving User Interaction and System Personalization
We explore the use of generative AI to create adaptive interfaces, conversational agents, and personalized user experiences across digital platforms.
3. Supporting Software Engineering and System Development
We apply generative AI in areas such as code generation, requirements engineering, documentation, and automated testing to streamline software development processes.
4. Solving Real-World Problems Across Domains
Our research spans applications in education, healthcare, business, and public services, using generative AI to address specific needs and decision-making challenges.
5. Promoting Ethical and Responsible AI Use
We investigate the ethical implications of generative AI, including transparency, bias, and human oversight, to ensure safe and responsible deployment. | IT | Yes | Yes |
| Geriatric Health & Wellbeing | No | Life Sciences and Medicine | Lana Halaseh | Lana Halaseh | | | | Medicine | No | No |
| Global Governance and Inclusive Development | No | Arts and Humanities | Amani Alserhan | areej derbas; Mohamed Al-Khraisha; Wisam Hazimeh; Hani Ayyoub; Amani Alserhan | | | | Center for Women's Studies | No | No |
| Green Approaches Toward Industrial Sustainability | Yes | Natural Sciences | Safwan Fraihat | Safwan Fraihat | hatim khatib; Ahmad Makahleh; khaldun al azzam; Abbas Al-Omari; Mohammed Gharaibeh | | The aim of this research group is to assess and investing of some types of emerging pollutants in environment. Due to the fast industrial and technological development and the production of large amounts of chemicals and materials that enters all parts of environment (hydrosphere, atmosphere and lithosphere). As a result, the emerging pollutants interfere to living organisms and their natural cycles and stability leading to sever economical and health problems to human. From these emerging material are microplastics which became a serious problem because of the huge disposal of plastics waste to the environment specially water and soil, and due to their biodegradation resistance. Moreover, many research papers studied the relationship between micro plastics and microorganisms in terms of formation of biofilms on microplastics surface which may lead to environmental problems especially in marine environment.
Pharmaceutical residues in water
Pesticides residues and heavy metals in water and food
Solutions
Reduction of the use of non-biodegradable materials Production of ecofriendly materials especially in industrial filelds Implementation of green industrial processes Investigate the Removal of hazardous pollutant especially form Water environment Recyling and recovery of wastes such as battery, metals.
Our Research interests Include:
Water pollutants removal and treatment
This topic is aimed to develop new material composites targeted for the removal of new emerging pollutants such as pharmaceutical residues, industrial waste and other hazardous water pollutants. These materials include nanomaterial composites with biomass that have high potential for adsorptive removal of such pollutants in water.
Development of new green Analytical methods- as industrial sectors such as pharmaceutical, Food, agricultural products
The aim of this area is to apply green chemistry in analytical chemistry methods such as reduce hazardous chemical reagents and toxic solvents, using alternative natural or semi-natural eco-friendly materials and reduce chemical wastes to the minimum levels. The developed methods include spectroscopic, chromatographic and preconcentration microextraction techniques.
Green drug formulations and carriers
Ecofriendly hydrophilic drug carriers are developed such as synthetic polymers, implants composites, Moreover, development of environmentally-friendly in drug formulations and packaging materials.
Green Industrial processes
Invention and development of novel ecofriendly materials and use of environmentally safe chemicals for various Industrial reactions and processes. The major indusrial area focus on Food and industrial areas
| Science | No | Yes |
| Groundwater Resources Management (GWRM) | Yes | Life Sciences and Medicine | Al sharifa Hind Jasem | Al sharifa Hind Jasem | Khaldoun Shatanawi; Khitam Alzghoul | | Our Research group focuses on several key areas that need to be addressed in Jordan:
1. Sustainable Groundwater Management
Develop policies and practices to ensure equitable and sustainable groundwater use.
Promote community-driven approaches to water conservation and recharge.
Build resilient water systems in urban and rural areas to meet growing demands.
Aligned SDGs:
SDG 6: Clean Water and Sanitation.
SDG 11: Sustainable Cities and Communities.
2. Groundwater Quality and Ecosystem Protection
Monitor and mitigate groundwater pollution from agriculture, industry, and urban runoff.
Explore nature-based solutions to restore and protect groundwater-dependent ecosystems.
Study the interaction between groundwater systems and terrestrial biodiversity.
Aligned SDGs:
SDG 6: Clean Water and Sanitation.
SDG 15: Life on Land.
3. Climate Change and Groundwater Resilience
Assess the impacts of climate change on groundwater recharge and availability.
Design adaptive groundwater management strategies for drought-prone and flood-risk areas.
Support climate-resilient infrastructure for groundwater storage and distribution.
Aligned SDGs:
SDG 13: Climate Action.
SDG 11: Sustainable Cities and Communities.
4. Hydrogeological Mapping and Data-Driven Solutions
Utilize GIS and remote sensing to map and model aquifer systems.
Develop predictive models to manage groundwater sustainably and address future challenges.
Provide decision-makers with actionable insights to safeguard ecosystems and water resources.
Aligned SDGs:
SDG 6: Clean Water and Sanitation.
SDG 15: Life on Land.
Our research group's research interests align closely with several United Nations Sustainable Development Goals (SDGs), particularly:
SDG 6: Clean Water and Sanitation
Our group works on sustainable water resource management, improving water quality, and wastewater treatment, directly supporting ensuring water and sanitation availability and sustainable management for all.
SDG 4: Quality Education
As a university-based research group, the team promotes educational opportunities for students and researchers through hands-on training, capacity building, and interdisciplinary collaboration. This supports inclusive and equitable quality education and promotes lifelong water management and sustainabilitylearning opportunities.
SDG 13: Climate Action
Research on the impacts of climate change on hydrological cycles and strategies for enhancing drought resilience contributes to understanding and mitigating climate-related risks to water systems.
SDG 2: Zero Hunger
Efficient irrigation practices and innovations in agricultural water use support sustainable food production systems and address agriculture's water needs, contributing to food security.
SDG 11: Sustainable Cities and Communities
Innovative water systems for urban areas and solutions for decentralised water management make cities and communities more sustainable and resilient to water challenges.
SDG 15: Life on Land
Efforts to reduce freshwater contamination and improve ecosystem health help protect terrestrial and freshwater ecosystems and ensure their sustainable use.
SDG 16: Peace, Justice, and Strong Institutions
Research on water governance, conflict resolution, and transboundary water management supports building peaceful and inclusive societies and fostering collaboration over shared water resources.
| Water, Energy and Environment Center | Yes | Yes |
| Health Economics and Policy | Yes | Life Sciences and Medicine | Eman Hammad | Rimal Mousa; Eman Hammad | Ibrahim Alabbadi; safa altwahya | | Mission:
To enhance the efficiency, equity, and sustainability of health systems through research in Pharmacoeconomics, health technology assessment, and health policy, supporting value-based decision-making and optimal resource allocation, particularly in resource-limited settings.
Pharmacoeconomics & Pharmaceutical Pricing
Our group evaluates the economic value of pharmaceuticals through cost-effectiveness and budget impact analyses, and examine pricing strategies such as value-based pricing, external reference pricing, and risk-sharing arrangements to support sustainable access to medicines.
Health Technology Assessment (HTA)
Our group applies HTA frameworks to assess the clinical, economic, and ethical implications of new health technologies. We contribute to strengthening HTA processes in both high-income countries and LMICs and explore methods for context-specific adaptation of global evidence.
Health Policy & Health Financing
We analyze the design, implementation, and impact of health policies—particularly those related to health system financing, insurance coverage, and provider payment reforms. Our work supports evidence-informed policy formulation, especially in the context of universal health coverage (UHC).
Value-Based Decision-Making & Priority Setting
We explore methods for incorporating value, outcomes, and equity into health care decision-making. Our work supports the use of cost-effectiveness thresholds, multi-criteria decision analysis (MCDA), and deliberative processes for setting priorities in health care.
Health Services Evaluation & Health Resource Utilization
We evaluate the effectiveness, efficiency, and equity of health service delivery models, using real-world data to assess patterns of care, health outcomes, and resource utilization across populations and care settings.
Health Outcomes Research
We study health outcomes at both individual and population levels, focusing on measuring and valuing health-related quality of life, patient-reported outcomes, and real-world effectiveness of interventions.
Decision Modeling & Costing Analysis
Our team develops decision-analytic models—including Markov models and microsimulations, to support long-term economic evaluation and resource allocation. We also conduct detailed costing studies to inform pricing, planning, and implementation.
Health Informatics & Data-Driven Analytics
We leverage health informatics and data science to generate policy-relevant insights from administrative claims, electronic health records, and routine health information systems. Our work aims to bridge data and decision-making for responsive health systems. | Pharmacy | Yes | Yes |
| Health Ethics and Research Integrity | No | Life Sciences and Medicine | Jennifer Muhaidat | Jennifer Muhaidat; Dania Qutishat | Lara Al-Khlaifat; Mayis Aldughmi; Sumayah AbuJaber; Mamoun Ahram; amal al bakri | | | Rehabilitation Sciences | No | No |
| Health Promotion for Physical Activity | No | Life Sciences and Medicine | Dania Qutishat | Dania Qutishat | Lara Al-Khlaifat; Jennifer Muhaidat | | | Rehabilitation Sciences | No | No |
| Healthy Smiles Start Young: Tackling Dental Caries in Children | No | Life Sciences and Medicine | Ahmad jafari | Ahmad jafari | | | | Dentistry | No | No |
| Heat Stress in Farm Animals | Yes | Life Sciences and Medicine | Mohannad Abuajamieh | Mohannad Abuajamieh | Hana Zakaria; Mohamed Abdel-majeed; Mohmmad Al-Qaisi; Anas Abdelqader; Zainab Almahasneh | | Our research group is committed to addressing the challenges of heat stress in farm animals, a growing concern due to climate change. We study the physiological responses of cattle, sheep, and poultry to heat stress and develop innovative management strategies to enhance resilience, optimize production, and promote sustainable farming. Through interdisciplinary research, collaboration, and outreach, we aim to translate scientific insights into practical solutions for farmers and stakeholders.
Key Focus Areas:
Investigating the physiological impacts of heat stress on farm animals
Developing nutrition, management, and environmental strategies for heat stress mitigation
| Agriculture | Yes | Yes |
| Hormonal responses to food intake | No | Life Sciences and Medicine | munther almomni | munther almomni | | | | Medicine | No | No |
| Human Behavior and Interaction in Digital Environments | No | Arts and Humanities | nashrawan Taha | nashrawan Taha | | | | Educational Sciences | No | No |
| Human Motivation and Autonomy | Yes | Life Sciences and Medicine | Manal Bayyat | Manal Bayyat | Mahammad Aburumman; Mohammad Abu altaieb; Meryana Musa Ali Dodokh | | The Human Motivation and Autonomy research group is an interdisciplinary, international team exploring motivation, well-being, and empowerment through Self-Determination Theory. By advancing research on fundamental needs for human flourishing, the research group focuses on autonomy, competence, and relatedness; the group develops strategies to support empowerment and self-determination, enabling vulnerable individuals to thrive aiming to:
Explore motivation through Self-Determination Theory (SDT) to emphasize the role of intrinsic and extrinsic factors influencing motivation, uncover how individuals pursue goals and achieve personal fulfilment, and understand the conditions that nurture self-driven behaviour and long-term engagement.
Investigate autonomy, competence, and relatedness principles to understand better how the core needs of autonomy (self-direction), competence (effectiveness), and relatedness (connection) drive motivation, shaping behaviour and emotional well-being in various environments.
Study motivation across various contexts such as education, health, politics, and sports, focusing on how these principles apply to adapted physical education for vulnerable populations, fostering inclusive participation.
Focus on marginalized groups to promote equity and inclusion, and give special attention to understanding the motivational needs of marginalized populations, including women, refugees, children, and individuals with disabilities, and to promote equal opportunities and inclusion. | Sport Sciences | Yes | Yes |
| Hypertension | Yes | Life Sciences and Medicine | Hussein Alhawari | Hussein Alhawari | Sameeha AlShelleh; hanna makhamreh; Hussam Al Hawari; Ayman Wahbeh | | Hypertension: Exploring the contributing factors linked to high blood pressure and its long-term impact on overall health.
Individual Variability in Hypertension: Exploring how personal factors like lifestyle, age, and co-existing medical conditions impact the development and progression of hypertension.
Genetic Influences on Hypertension: Studying the genetic predispositions that increase susceptibility to hypertension and how these interact with environmental factors.
Impact of Stress on Blood Pressure: Examining the physiological responses to chronic stress and its role in elevating and maintaining high blood pressure over time.
Personalized Hypertension Management: Developing targeted treatment plans based on a patient's unique genetic profile, stress levels, and other individual factors | Medicine | Yes | Yes |
| Hysteroscopic Surgery | Yes | Life Sciences and Medicine | Naser Al Hushban | Naser Al Hushban | asma basha | | The Hysteroscopic Surgery Research Group focuses on advancing minimally invasive gynecological procedures through the application of hysteroscopy. This research line encompasses key areas of clinical and surgical innovation, aimed at improving patient outcomes and enhancing the precision of gynecological treatments. Our primary research topics include:
Hysteroscopic Septoplasty: Investigating techniques for the resection of uterine septa, a congenital anomaly associated with infertility and recurrent pregnancy loss. The goal is to refine procedures that reduce patient recovery time while maximizing reproductive success rates.
Hysteroscopic Endometrial Ablation/Resection: Exploring the efficacy and safety of endometrial ablation and resection methods as treatment options for abnormal uterine bleeding, targeting effective interventions that maintain uterine integrity.
Hysteroscopic Myomectomy: Researching minimally invasive techniques for the removal of submucosal fibroids to preserve uterine function while reducing the invasiveness of traditional fibroid management procedures.
Hysteroscopic Polypectomy: Studying the role of hysteroscopy in the removal of uterine polyps, aiming to optimize polyp detection and excision methods to improve fertility and reduce the recurrence of polyps.
Through these research efforts, our group strives to enhance the precision, safety, and effectiveness of hysteroscopic surgeries, contributing to the advancement of gynecological health care. | Medicine | No | Yes |
| Induced Pluripotent Stem Cell & Precision Medicine | No | Life Sciences and Medicine | Nidaa Ababneh | Nidaa Ababneh | Dr. Amira Masri; Areej AbuHammad; Raghda Barham; Malik Sallam; fairouz neairat | | Our research employs a range of advanced methodologies, including:
iPSC Culture and Expansion: Establishing and maintaining robust iPSC lines to ensure consistent quality for downstream applications.
Characterization and Assessment of iPSC Lines: Verifying the quality, identity, and pluripotency of generated iPSCs.
Development and Registration of iPSC Lines in "hPSCreg": Contributing to the international stem cell registry to support global research efforts.
Differentiation of iPSCs into Disease-Specific Cell Types: Generating specialized cell types, such as neuronal, retinal, and cardiac cells, for disease modeling and functional studies.
Genome Editing Using CRISPR-Cas9: Introducing precise genetic modifications to investigate disease-causing mutations.
Neuronal Toxicity and Chemotherapy Testing: Evaluating the effects of toxins and therapeutic agents on differentiated neurons under controlled conditions.
In Vitro Drug Screening and Target Validation: Identifying and validating potential drug targets using iPSC-differentiated cells as disease models.
These methodologies enable us to explore disease mechanisms, develop targeted therapies, and contribute to the advancement of precision medicine.
| Cell Therapy Center | No | No |
| Information Systems for Knowledge Economy | Yes | Social Sciences and Management | Raed Masa'deh | Raed Masa'deh | | | The primary research problem of Information Systems (IS) for the Knowledge Economy is to understand how information and communication technologies (ICT) may be efficiently used to create, exchange, and manage knowledge in a way that improves economic productivity, creativity, and decision making. It investigates how businesses, industries, and entire economies might use technology to optimize knowledge management and increase overall performance in a knowledge-based environment.
The main research interests of information systems in a knowledge economy are:
Knowledge Management Systems: Systems that help capture, organize, and distribute knowledge within an organization or society, ensuring that intellectual capital is available and accessible to those who require it.
Collaboration Tools: Cloud platforms, social networks, and collaborative software are examples of collaboration tools, which allow individuals and organizations to share knowledge and collaborate.
Automation and Artificial Intelligence: Using AI, machine learning, and automation to improve decision-making processes and build smarter systems that optimize operations across industries.
Data Management: Data management is the efficient managing of large amounts of data, transforming it into relevant insights and knowledge that may drive innovation and shape company goals.
Innovation Support: Information systems that use data analysis, simulation, and design tools to help develop new goods, services, and business models. | Business | Yes | Yes |
| Innovation Ecosystem: Resilience and Sustainability | Yes | Social Sciences and Management | Rima Al-Hasan | Rima Al-Hasan | | | Our research focuses on exploring the interplay of innovation, resilience, sustainability, and strategic decision-making within organizations and ecosystems, aiming to advance knowledge and practical solutions for sustainable development. Below is an overview of our core research areas:
Innovation Ecosystem: This area of research delves into the complex network of actors, institutions, policies, and resources that foster and sustain innovation within a particular geographic or sectoral context. This interest aims to understand and enhance the conditions supporting knowledge exchange, creativity, collaboration, and economic growth by studying stakeholder interactions.
Organizational and Operations Resilience: This research interest focuses on the capacity of organizations and operational systems to anticipate, adapt to, recover from, and grow stronger in the face of challenges, disruptions, or crises. By examining factors that contribute to resilience, such as flexibility, risk management, redundancy, and resourcefulness, this area explores strategies to enhance the stability and long-term sustainability of organizations under both predictable and unpredictable circumstances.
Sustainability (Economic, Social, and Environmental performance): This research interest focuses on measuring and enhancing an organization’s performance across the three interconnected pillars of sustainability: economic, social, and environmental. It examines how businesses can achieve long-term economic viability while creating positive social impacts, such as improving community well-being, promoting equity, and minimizing negative environmental effects, like resource depletion and pollution. This area explores strategies, practices, and metrics that enable organizations to operate responsibly, meet stakeholder expectations, and contribute to sustainable development goals.
Paradox theory: Paradox theory investigates the persistent and often contradictory tensions that organizations face, such as balancing innovation and stability, autonomy and control, or short-term gains and long-term growth. This research seeks to understand how embracing, rather than avoiding, these paradoxes can lead to more dynamic, adaptive, and creative organizational outcomes.
Tensions and Trade-offs management: This area focuses on identifying, analyzing, and effectively managing conflicts, tensions, and trade-offs that arise when pursuing competing objectives or balancing different priorities within an organization. By exploring decision-making approaches, negotiation strategies, and structural solutions, this research interest aims to develop frameworks and practices that help organizations navigate complexity and achieve sustainable outcomes
Product & Process Innovation: This interest examines the processes, strategies, and factors that lead to the successful development, introduction, and commercialization of new or improved products. By exploring the creative, technological, market, and organizational dynamics that influence product innovation, this research aims to understand how businesses can meet changing customer needs, stay competitive, and drive growth.
Our research is related to several SDGs in particular: SDG 8: decent work and economic growth; SDG 9-SDG 9 industry innovation and infrastructure; SDG 12- responsible consumption and production, SDG 17- partnerships for the goals
| Business | Yes | Yes |
| Innovation in Oral and Parenteral Drug Delivery Technologies | Yes | Life Sciences and Medicine | qamar abuhassan | qamar abuhassan | Dina El-Sabawi; Taima mamon qandeel; qamar abuhassan | Q_abuhassan@ju.edu.jo; Sjaber@meu.edu.jo; m.obeid@yu.edu.jo; d.sabawi@ju.edu.jo; Msaadeh@meu.edu.jo; alaaj@yu.edu.jo; zahra.rattray@strath.ac.uk; TYM8241066@ju.edu.jo; yazan.jaber@mspharma.com
| The Innovation in Oral and Parenteral Drug Delivery Technologies group was established to advance the science of drug delivery by transforming how medicines reach their targets in the body. Its core goal is to design intelligent delivery systems that enhance bioavailability, stability, and patient compliance while minimizing side effects. In the long term, the group aims to translate innovative formulations—such as controlled-release tablets, lipid-based carriers, and bioprinted systems—into practical solutions that improve therapeutic outcomes and patient well-being.
Alignment with Sustainable Development Goals (SDGs)
The group’s research supports:
SDG 3 – Good Health and Well-being: by developing safer, more effective, and patient-friendly therapies.
SDG 9 – Industry, Innovation and Infrastructure: by fostering pharmaceutical innovation and strengthening academic–industrial collaboration.
SDG 12 – Responsible Consumption and Production: by promoting sustainable, eco-friendly formulation and manufacturing practices.
Research Interests
Lipid–Polymer Hybrid Nanoparticles: Enhance the oral absorption and stability of poorly soluble and low-bioavailability drugs commonly used in chronic disease management in Jordan.
Stimuli-Responsive Injectable Systems: Develop controlled and long-acting parenteral delivery platforms to improve patient compliance in conditions such as diabetes, cancer, and autoimmune disorders.
Gene Therapy Delivery Using Nanocarriers: Design and optimize nanodelivery systems for the safe and efficient transport of genetic materials, including DNA, siRNA, and mRNA, for targeted therapy
3D-Bioprinted and Personalized Drug Delivery Platforms: Utilize advanced bioprinting technologies to fabricate customizable dosage forms tailored to individual patient needs, especially in pediatric and geriatric care.
Mucoadhesive Nanocarriers for Gastrointestinal Targeting: Formulate site-specific delivery systems for intestinal and gastric diseases prevalent in Jordan, such as ulcers and inflammatory bowel conditions.
Nano-Encapsulation of Biologics and Natural Extracts: Protect peptides, proteins, and local plant-based bioactives (e.g., Moringa, Nigella sativa, Quercus) from degradation and enhance their oral uptake.
Improving Physicochemical Properties of Drugs: Employ nanotechnology and formulation strategies to enhance solubility, stability, and permeability of both oral and parenteral drugs.
Extending Duration of Action and Drug Absorption: Develop advanced formulations to prolong drug release profiles and improve bioavailability for chronic and long-term therapies.
Novel In Vitro and In Vivo Evaluation Methods: Establish new testing methodologies and analytical models to more accurately assess bioactive compound performance and predict in vivo efficacy.
Non-Coding RNA-Based Drug Discovery: Investigate the therapeutic potential of microRNAs and long non-coding RNAs as novel drug targets and biomarkers for precision medicine.
Green and Sustainable Formulation Technologies: Integrate eco-friendly excipients and low-impact manufacturing techniques to promote sustainable pharmaceutical development in Jordan.
Imaging-Guided Formulation Optimization: Apply advanced imaging modalities to visualize, analyze, and refine drug delivery systems in real-time within biological models.
| Pharmacy | No | Yes |
| Innovations in Cosmeceuticals | Yes | Life Sciences and Medicine | Mais Saleh | Mais Saleh | Walhan Alshaer; Rand Murshidi; Maram Abd Al jaleel; Bassam Amro | stuart.jones@kcl.ac.uk karl.1.lawrence@kcl.ac.uk | This research group's interest is focused on the rational design of novel cosmeceuticals using nanotechnology that facilitate efficient dermal delivery. Our areas of expertise include in vitro release testing (IVRT), in vitro penetration testing (IVPT), dermal active delivery (into viable skin layers delivery), assessing the efficacy and safety, the antioxidant activity, and the photoprotective effect from ultraviolet (UV) damage.
The collective research interests are in the following areas:
• Designing of cosmetically acceptable Pro-Vitamin E phosphate lipid-based nanoparticles for dermal applications.
• Designing of liposomal Pro-Vitamin E phosphate for cosmeceutical and wound healing applications.
• Designing of cosmeceutical natural botanical extract (from plants in Jordan) for dermatological applications. | Pharmacy | Yes | Yes |
| Innovations in Dental Education | Yes | Life Sciences and Medicine | Yara Oweis | Noor Hassan Ismail | Islam Abd Al Raheam; Sana'a Aljamani; Alaa Sabrah; Nour Mutaz Riyad Abdul Hadi; Ahmed Al-Salaymeh | | Our research group focuses on advancing dental education through innovative teaching methods, curriculum design, and the integration of technology. Our interests include exploring digital tools like virtual reality and simulation-based learning to enhance clinical training, developing competency-based assessments, and fostering interprofessional education. The group aims to improve student engagement, streamline knowledge delivery, and equip future dental professionals with the skills needed to excel in a rapidly evolving healthcare environment. Their work also emphasizes inclusivity and the adaptation of educational models to meet diverse learner needs. we also aim to:
- To investigate the efficiency of current and emerging teaching techniques and methodologies.
- To investigate the factors affecting the dental student's performance in clinical years.
- To compare the different clinical years in terms of coping with stress and anxiety and confidence level and its relation with studying dentistry.
- To explore the quality of dental work provided by dental students through clinical examination and interviewing their patients to achieve high standards in patients managements by the students.
| Dentistry | Yes | Yes |
| Innovations in Interior Design | Yes | Arts and Humanities | Mutasem karablieh | Mutasem karablieh | Ali Abu Ghanimeh | | The Interior Design Sector in Jordan Faces Challenges Such as Inefficient Space Utilization, Limited Customization Options, Lack of Sustainability Practices, Workforce Skill Gaps, and Insufficient Technological Integration. To Address These Issues, the Following Specific Objectives are Proposed:
Reduce Project Completion Time by 30%: Integrate AI-Powered Design Tools and Predictive Models to Streamline Workflows and Enable Faster Decision-Making.
Enhance Design Accuracy & Client Satisfaction: Analyze Client Preferences and Behavioral Data Using AI to Deliver Personalized Design Solutions That Align With Individual Needs.
Optimize Space Utilization by 20%: Use AI to Evaluate Spatial Layouts and Predict Efficient Furniture and Space Distribution to Maximize Functionality.
Promote Environmental Sustainability: Apply AI Analysis to Select Eco-Friendly Materials and Reduce Waste by Optimizing Resource Consumption.
Improve Client Experience with AR/VR: Leverage AI-Enhanced AR/VR Tools to Enable Interactive Client Visualization of Design Concepts Before Implementation.
Forecast Market Trends Using AI: Analyze Consumer Data to Predict Market Shifts and Emerging Design Preferences for Strategic Planning.
Reduce Costs by 20% with AI Resource Management: Employ AI to Predict Material Costs, Optimize Supply Chain Logistics, and Minimize Financial Waste in Projects.
Build AI Workforce Skills: Develop Specialized AI Training Programs for Interior Designers to Bridge Skill Gaps and Align With Technological Trends.
Strengthen Public-Private Partnerships: Establish Collaborations to Foster Innovation, Research, and AI Integration in Jordan’s Design Sector.
Enhance Strategic Decision-Making with Data Analytics: Use AI Insights to Monitor Market Demands, Consumer Behaviors, and Client Feedback to Improve Design Strategies and Decision-Making Processes.
These Objectives Aim to Directly Tackle the Research Problem by Leveraging AI to Address Inefficiencies, Improve Sustainability, Enhance Client Satisfaction, and Build Technological Expertise in Jordan’s Interior Design Industry. | Arts and Desgin | Yes | Yes |
| Innovations in Social Policy | Yes | Social Sciences and Management | Manal Anabtawi | Manal Anabtawi | Reham Abughabush; Rakan Abuorabi | | Our Mission:
Our mission is to advance equitable and evidence-based social policies through rigorous research, interdisciplinary collaboration, and inclusive community engagement. We strive to inform public debate, empower marginalized voices, and support policymakers in designing solutions that promote social justice, economic opportunity, and human dignity.
Our research interests are:
Evidence-Based Policymaking: Evaluating the impact of data-driven strategies and interdisciplinary research on the development of more effective and adaptable social policies that respond to Jordan’s socioeconomic challenges.
Inclusive Policy Design and Implementation: Analyzing strategies to enhance stakeholder engagement and participatory frameworks, ensuring that social policies are inclusive and effectively address the diverse needs of populations, including refugees, women, and youth.
Technology-Driven Social Policy Reform: Investigating the integration of digital technologies (such as AI, blockchain, and data analytics) in the formulation and execution of social policies aimed at tackling issues like poverty, unemployment, and access to education in Jordan.
Policy Responses to Socioeconomic Challenges: Exploring innovative approaches to address critical issues such as unemployment, poverty, and income inequality in Jordan, with a focus on inclusive and participatory policymaking.
| Arts | Yes | Yes |
| Innovative Approaches in Nursing Care Management and Delivery | Yes | Life Sciences and Medicine | abdullah algunmeeyn | abdullah algunmeeyn | Mahmoud Al-Hussami; Mamdouh El Hneiti; Waddah Demeh; Ali saleh; mohammad alsharaiah | | The research group "Innovative Approaches in Nursing Care Management and Delivery" is dedicated to exploring and advancing contemporary strategies that enhance the efficiency, quality, and responsiveness of nursing care. The group’s research interests include, but are not limited to:
Nursing Leadership and Management Models: Investigating modern frameworks and competencies that support effective nursing leadership and organizational performance.
Healthcare Quality Improvement: Evaluating and implementing interventions that improve patient outcomes, care coordination, and service delivery across healthcare settings.
Evidence-Based Nursing Practice: Promoting the integration of scientific evidence into nursing decision-making, care planning, and management.
Health Systems Strengthening: Examining the role of nursing management in building resilient and responsive health systems, particularly in resource-constrained environments.
Technology and Innovation in Care Delivery: Assessing the impact of digital health tools, telehealth, and information systems on nursing workflows and patient care.
Workforce Development and Capacity Building: Exploring strategies to enhance the skills, engagement, and retention of nursing staff through continuous education and supportive management.
Policy and Regulation in Nursing Practice: Contributing to the development of policies that support safe, ethical, and effective nursing care delivery.
| Nursing | Yes | Yes |
| Innovative Cytotoxic Small Molecules for Cancer Therapy | No | Natural Sciences | Nader Al Bujuq | ABDALLAH KHALED MOHAMMAD ALKHATAYBEH; Nader Al Bujuq | | | | Science | No | No |
| Innovative Organics | No | Natural Sciences | Haythem Saadeh | Haythem Saadeh | Murad ALDamen | | Medicinal Chemistry: The MC group designs and synthesizes novel derivatives form known drugs or drug hybrids to combat resistant microbes. Also design and synthesis of novel derivatives as antimicrobial, anticancer and Alzheimer agents.
Material Chemistry: The MC group designs novel materials and investigates their applications as electroluminescence, piso-electric polymers and photogalvanic nanomaterials, energy storage materials and pH sensors.
Environmental Chemistry: The MC group designs and synthesizes novel pyridine and 8-hydroxyquinolines based-chelating polymers and investigate their chelating properties with various metals especially heavy metals | Science | No | No |
| Innovtions in Sustainable Architecture, Urban and Technology | No | Engineering and Technology | Khaled Alomari | Khaled Alomari | Saleem Dahabreh; Dr. Wael Al-Azhari; Deyala Altarawneh | | Currently, efforts are underway to develop advanced building technologies that can withstand high temperatures. Additionally, there's a project aimed at creating a cooling mechanism powered by renewable energy, which greatly reduces the noise pollution from current air conditioning systems. Moreover, a new insulating material has been produced for all building types, using recycled materials to endure high temperatures. Laboratory tests conducted abroad have shown significantly superior results compared to conventional insulation materials. Patent applications are being prepared for this material, along with three previously submitted patent applications focused on sustainable architecture. These initiatives, submitted through the University of Jordan's Innovation and Creativity Center to the Chamber of Industry and Commerce, aim to enhance indoor humidity control, improve air ventilation efficiency, and increase greenery in existing buildings. | Engineering | No | No |
| Integrated Drought Management | No | Life Sciences and Medicine | emad karablieh | emad karablieh | | | | Agriculture | No | No |
| Integrated Geophysics for Earth and Resources Exploration | Yes | Natural Sciences | Mu'ayyad Al-Hseinat | Mu'ayyad Al-Hseinat | Malek Odeh Ali AlZidaneen | | The Integrated Geophysics for Earth and Resource Exploration (IGERE) group is committed to advancing the frontiers of applied geophysics through the integration of cutting-edge methods and multidisciplinary research. IGERE's mission is to enhance the understanding of the Earth's subsurface systems and natural resources by employing a synergistic combination of gravity, magnetic, electrical, and seismic techniques.
Through rigorous field investigations, computational modeling, and data-driven interpretation, IGERE addresses pressing geoscientific, environmental, and societal challenges, fostering sustainable practices in exploration, energy development, and environmental protection. The group's research contributes directly to several United Nations Sustainable Development Goals (SDGs), reflecting its dedication to innovation, sustainability, and global impact.
Main Research Themes
Mineral and Ore Deposit Exploration
IGERE develops and applies integrated gravity, magnetic, and resistivity modeling frameworks to map and characterize sulfide ore deposits within crystalline and structurally complex terrains. Advanced inversion algorithms and quantitative interpretation techniques are utilized to delineate mineralized zones with high precision.
This research advances SDG 12: Responsible Consumption and Production by promoting efficient, low-impact, and sustainable exploration methodologies, thereby reducing environmental footprints and optimizing resource utilization.
Groundwater and Hydrogeophysical Studies
The group applies Electrical Resistivity Tomography (ERT) and Seismic Refraction techniques to characterize aquifers, delineate subsurface lithological variations, and assess groundwater potential in semi-arid regions such as Jordan.
These hydrogeophysical investigations provide crucial insights into aquifer recharge processes, groundwater contamination pathways, and sustainable extraction strategies. IGERE's work supports SDG 6: Clean Water and Sanitation by contributing to the responsible management and preservation of water resources in vulnerable environments.
Geothermal and Energy Resource Exploration
IGERE integrates gravity and seismic analyses to investigate the thermal, structural, and mechanical characteristics of geothermal systems and other subsurface energy reservoirs. This integrated approach enhances the evaluation of renewable energy potential and informs the sustainable development of geothermal resources.
The research contributes to SDG 7: Affordable and Clean Energy and SDG 13: Climate Action by promoting low-carbon energy solutions and advancing geophysical methodologies that support the global transition to sustainable energy systems.
Petroleum and Basin Analysis
Through the integration of seismic reflection data with potential field (gravity and magnetic) observations, IGERE advances the structural and stratigraphic interpretation of frontier sedimentary basins. These studies provide improved models for basin evolution, hydrocarbon potential, and reservoir architecture, enabling more accurate and efficient resource assessments.
This work directly supports SDG 9: Industry, Innovation, and Infrastructure, driving technological innovation and contributing to sustainable industrial development through enhanced geophysical imaging and interpretation.
Environmental and Engineering Applications
IGERE employs a suite of near-surface geophysical methods—including Electrical Resistivity Tomography (ERT), Ground Penetrating Radar (GPR), and seismic monitoring—to address environmental and geotechnical challenges.
Applications include:
Assessment of subsurface contamination in industrial and urban zones.
Landslide monitoring and geohazard risk assessment.
Evaluation of soil and rock stability for infrastructure and civil engineering projects.
These initiatives advance SDG 13: Climate Action and SDG 15: Life on Land by fostering climate resilience, sustainable land management, and environmental stewardship through applied geophysical monitoring and analysis.
IGERE is built upon a foundation of collaboration across academia, industry, and government, promoting the exchange of knowledge and expertise among diverse scientific disciplines. The group integrates perspectives from geophysics, geology, hydrology, environmental science, and engineering to develop comprehensive and innovative solutions for subsurface exploration and Earth system management.
This collaborative philosophy embodies SDG 17: Partnerships for the Goals, underscoring IGERE's commitment to global scientific cooperation, sustainable development, and capacity building. Through research excellence, technological innovation, and strategic partnerships, IGERE aspires to advance geophysical science in service of a more sustainable and resilient planet. | Science | Yes | Yes |
| Integrated HouseFly Management | No | Life Sciences and Medicine | Ahmad Katbeh Bader | Ahmad Katbeh Bader | Salaheddin AlAraj | | | Agriculture | No | No |
| Intelligent Cybersecurity Engineering - ICE | No | Arts and Humanities | Dr. Iman Almomani | Dr. Iman Almomani | | | | IT | No | No |
| Intelligent Geotechnical Systems and Sustainable Infrastructure | No | Engineering and Technology | wassel albdour | wassel albdour | | | | Engineering | No | No |
| Intertextuality in Arts | Yes | Arts and Humanities | Jehad Al Ameri | Jehad Al Ameri | Haifa'a Bani Ismail; Bushra Munther Saad Eddin Zmeili | | Our research group, "Intertextuality in Arts," delves into the intricate relationships between various artistic forms and how they influence, reference, and shape one another. We explore how different works—whether in literature, visual arts, music, or performance engage in a dialogue across time, culture, and medium. By examining these connections, we aim to uncover the layers of meaning and influence that emerge when artists draw upon and reinterpret each other's creations. Our work highlights the dynamic, interconnected nature of artistic expression, offering fresh perspectives on creativity and cultural exchange.
Interactive Digital Art and Intertextual Engagement
Exploring how interactive digital art fosters connections between various texts and artistic forms, creating immersive experiences that reflect the intertextual nature of contemporary culture.
Generative Art and AI-Driven Intertextuality
Investigating the role of AI in generative art, particularly how algorithms and machine learning techniques create works that reference, reinterpret, and remix existing artistic texts and cultural narratives.
Cultural Preservation and Intertextual Narratives in Digital Media
Examining how digital media can preserve and transmit cultural heritage, while weaving intertextual connections between traditional art forms and modern digital expressions.
Education and Outreach in Intertextual Digital Art
Promoting the understanding of intertextuality in digital art through educational programs and outreach, helping audiences explore the complex relationships between various artistic forms and cultural texts. | Arts and Desgin | Yes | Yes |
| Intracellular Molecular Signals and Pathways | Yes | Natural Sciences | Abeer AlQatati | Abeer AlQatati | Abass Almomany; ahmed obeidat; MARYAM MAHER MUSTAFA SHURBAJI | | The Intracellular Molecular Signals and Pathways research group is dedicated to understanding the intricate mechanisms that regulate cellular communication and signal transduction. Our research focuses on deciphering the molecular networks that drive key biological processes, emphasizing their roles in health and disease.
Our primary research group objectives include:
Investigate how cells transmit and receive molecular signals.
Study critical pathways like MAPK, PI3K/Akt, Wnt, and Notch.
Analyze molecular interactions and regulatory networks.
Explore signaling dysfunction in diseases like cancer, neurodegeneration, and metabolic disorders.
Find diagnostic or prognostic markers linked to signaling changes.
Develop and apply advanced techniques like CRISPR, proteomics, and live-cell imaging.
| Science | Yes | Yes |
| Intrusion Detection and Prevention Systems (IDPSs) | Yes | Engineering and Technology | yousef sanjalawe | yousef sanjalawe | Prof. Rizik Al-Sayyed; mohammad al shridah; Mohammad Atoum | | The Intrusion Detection and Prevention Systems (IDPS) Research Group is dedicated to advancing the security and resilience of digital infrastructures through cutting-edge research in threat detection, prevention, and mitigation. Our mission is to develop innovative, AI-driven, and scalable security solutions that enhance the defence mechanisms of networks, cloud environments, IoT, and critical infrastructures against evolving cyber threats. We aim to bridge the gap between academia and industry by combining theoretical research with practical applications to create robust, real-time, and proactive security frameworks.
Our research group focuses on various aspects of Intrusion Detection and Prevention Systems (IDPSs), categorized into Intrusion Detection Systems (IDS) and Intrusion Prevention Systems (IPS), along with other cybersecurity domains:
1. Intrusion Detection Systems (IDS)
The research on IDS focuses on developing cutting-edge technologies to detect, analyze, and mitigate cyber threats in real-time. Key objectives include:
Advanced IDS Models
Developing IDS using machine learning, deep learning, and quantum computing techniques for improved accuracy.
Enhancing anomaly-based and signature-based detection mechanisms.
Domain-Specific IDS
Designing lightweight IDS for IoT, smart grids, and cloud environments.
Creating customized IDS solutions for healthcare, financial services, and industrial control systems.
Optimizing IDS Performance
Reducing false positives and improving detection accuracy through feature selection and bio-inspired algorithms.
Developing real-time intrusion analysis and threat classification techniques.
2. Intrusion Prevention Systems (IPS)
Our IPS research focuses on proactively stopping cyber threats before they can cause harm. Key research directions include:
Real-Time Threat Prevention
Developing automated response mechanisms to mitigate cyberattacks in real-time.
Implementing behavior-based IPS to adapt to evolving attack patterns.
Adaptive and Intelligent IPS
Integrating AI-driven IPS to adjust security policies based on real-time threat intelligence dynamically.
Leveraging Software-Defined Networking (SDN) and Network Function Virtualization (NFV) to improve IPS efficiency.
Proactive Attack Mitigation
Designing blockchain-based IPS for tamper-proof security monitoring.
Developing collaborative IPS using federated learning for decentralized and adaptive intrusion prevention.
3. Cryptography
Exploring quantum-resistant cryptographic algorithms to ensure future-proof data security.
Innovating DNA-based cryptographic techniques for secure data encryption.
Designing robust cryptographic protocols to protect sensitive data in IoT, cloud, and critical infrastructures.
4. Hybrid Security Frameworks
Integrating IDS and cryptography to create comprehensive and robust security solutions.
Developing hybrid security models tailored for healthcare, financial systems, and electric vehicle charging infrastructure.
5. Emerging Technologies in Cybersecurity
Leveraging quantum computing, AI, and Blockchain to advance IDS and IPS methodologies.
Investigating adversarial attacks and AI-driven cybersecurity solutions.
6. Practical Implementation and Evaluation
Bridging the gap between theoretical advancements and real-world applications.
Developing scalable and efficient security solutions tailored to practical scenarios.
Evaluating the performance of proposed solutions using benchmark datasets and real-world testbeds. | IT | Yes | Yes |
| Islamic Capital Markets | Yes | Social Sciences and Management | Dalia Mustafa | Dalia Mustafa | muneer ahmad; Basel Al Shaer; mohammad tawalbeh | | The research group on Islamic Capital Markets focuses on advancing knowledge and practical insights into this vital sector of finance while supporting sustainable economic development. Key areas of interest include:
Sharia-Compliant Financial Instruments and Market Performance: Focusing on the development and innovation of Sharia-compliant financial products, such as Sukuk and mutual funds, to meet market needs and regulatory requirements, while evaluating their effectiveness, connectedness, and comparative performance against traditional markets.
Comparative Analysis of Islamic and Conventional Financial Structures: A Comparative Study of Islamic and Traditional Financial Systems; Examining variations, in risk management techniques and financial performance between traditional banking systems with a focus, on liquidity and credit risk aspects.
Investor Behavior and Global Integration: Exploring how investors behave in Islamic Capital markets and the impact of culture, on their investment choices while also delving into the globalization of those capital markets with a spotlight, on international investments and regulatory alignment.
Shariah Compliance, Governance, and Regulatory Frameworks: Exploring the frameworks in capital markets and comparing them with traditional systems includes delving into Shariah governance and compliance mechanisms.
Broad Exploration of Islamic Capital Market Dynamics: Exploring the aspects of the capital market involves staying receptive, to new and interconnected subjects such, as groundbreaking financial tools and regulatory advancements that shape market trends and enhance our knowledge of this dynamic sector.
| Shari'a | Yes | Yes |
| Jordanian CO2 Team (JCO2T) | Yes | Natural Sciences | Abdussalam Qaroush | Abdussalam Qaroush | Suhad Baker Khaleel Hammad | | Mission
The production/investigation of novel catalytic systems for small molecule activation (especially carbon dioxide, and water) for the production of fine chemicals and intermediates as in ureas, isocyanates, urethanes, and cyclic carbonates (CCs) from CO2 (climate change mitigation). Applications of these fine chemicals for the development of synthetic chemistry, polymers, innovative green alternatives, and chemical technologies involving nanomaterials, surfactants, porous materials as in hierarchical structures (MOFs, COFs, POPs…etc), ionic liquids, which are related to chemical transformations including oxidation, reduction, C-C/C-H activation reaction. Moreover, we focus on the production of (green) surfactants and their investigation over air-water interfaces (in vitro) and later on their utilization for drug delivery systems (in vivo).
A. Climate Change Mitigation
Green Sorbents for CO2 capturing (Polymeric, nanomaterials, Organic molecules, biomaterials)
The excessive use of different varieties of compounds with different tethering made us understand the mechanistic approach for their capture. We have made it possible to prepare different types of compounds/intermediates (ionic organic carbonates), a debate reported in the literature (carbamic versus carbamate). Several spectroscopic/spectrometric techniques are utilized for the analysis/detection of such intermediates.
B. Designing of catalytic systems (Nano-based, Organocatalysis, Polymeric Materials, and Inorganic Complexes)
Synthesis of different Homogeneous/Heterogenous catalytic systems for CO2 fixation into fine chemicals
The production of different catalytic systems is highly crucial for the cost versus efficiency demand for the optimization and functionalization of these motifs with emphasis on using bio-based resources for the production of CCs as a result of the cycloaddition reaction of CO2 with epoxides
C. Green Chemistry/Technology for the Production of Value-added Products
Synthesis of novel Materials applying Green Chemistry with focus on ecofriendly approaches for Urea/urethane formation
The importance of the production of these fine chemicals (ureas/urethanes) that can be considered a billion-dollar industry that can be obtained using non-phosgene, non-isocyanate routes using CO2 and/or CCs as carbonylating agents following organocatalyzed microwave/thermal based technologies. A new synthetic approach is followed for the first time in Jordan with concerned with biomimicry for CO2 fixation is under progress.
D. Surface Chemistry
Synthesis of Surfactants
Surfactants (surface active agents) are powerful target molecules that are considered as a powerful industry that are vastly used in different applications. Our aim is to synthesize these materials and study their physical/chemical behavior using micro/nano techniques solid/liquid interfaces. Green Surfactants is a goal to be achieved along with the application of the title molecules along liposomes. | Science | No | Yes |
| Justice and Inclusion for Vulnerable Groups | Yes | Arts and Humanities | Ghufran Hilal | Ghufran Hilal | Mohammad Alfawareh; Muath Al-Zoubi; Hadeel Zubi; Ismaeel Alhadidi; Yusra Alyabroudi; rahaf jamal khaleel alhalaybeh | | Our research group, Justice and Inclusion for Vulnerable Groups, explores the role of law in addressing the challenges faced by marginalized and at-risk populations. Our research interests encompass a broad range of vulnerable groups, including persons with disabilities, women, children, refugees, migrants, stateless individuals, victims of human trafficking, and discrimination, as well as others. We analyze legal protections, access to justice, and policy frameworks, while also examining the role of mass communication, digital media, and artificial intelligence in shaping public perception, advocacy, and legal empowerment. By investigating the impact of technology on human rights—both as a tool for inclusion and as a source of new risks and crises—we aim to develop innovative, sustainable legal solutions that enhance justice, equality, and protection in the digital age.
Research Line:
Human rights and social, political and economic inclusion for vulnerable persons.
Justice and the rule of law through Legal reform to reinforce the rights of vulnerable groups.
The ways public authorities improve public services by good governance and wise administrative decisions for vulnerable persons.
Digitalization and the impact of media and communication in empowering vulnerable groups in society.
The role of criminal justice and collective security in securing protection for vulnerable groups during times of crises. | Law | Yes | Yes |
| Justice Beyond Borders: International Crimes and Accountability | No | Arts and Humanities | amal abuanzeh | Ayat Atieh; amal abuanzeh | Ahmad kabbaha; Ibrahim Al-Ramamneh | | | Law | No | No |
| Knee Sport Medicine and Reconstruction | Yes | Life Sciences and Medicine | Mohammad Hamdan | Mohammad Hamdan | abdallah awidi; Sumayah AbuJaber; Bassem Haddad; Osama Harfoushi | | Research Interests for the Knee Sports and Reconstruction Group:
Aim of the Research Group:
Advancing Knee Health Through Multidisciplinary Research:
Our mission is to foster innovative solutions in knee health by integrating expertise in stem cell biology, surgical techniques, rehabilitation practices, and advanced IT applications. We focus on improving sports-related knee injuries, developing effective reconstruction techniques, and enhancing knee recovery and performance.
Enhancing Sports Performance and Recovery:
We aim to develop and refine advanced methodologies and technologies to prevent knee injuries, enhance sports performance, and improve recovery processes. Our research leverages cutting-edge advancements in stem cell therapy, surgical interventions, and rehabilitation strategies.
Pioneering Knee Reconstruction Techniques:
Our group is committed to advancing knee reconstruction through collaborative research. We optimize surgical procedures, improve post-surgical rehabilitation protocols, and incorporate innovative technologies for better patient outcomes.
Integrating Technology and Biological Science for Knee Health:
We aim to advance the understanding and treatment of knee conditions by combining IT-driven solutions with biological and clinical research. Our approach focuses on personalized injury management, reconstruction, and rehabilitation.
Promoting Comprehensive Knee Health Solutions:
Our goal is to address the complex needs of individuals with knee issues by promoting an integrated approach encompassing sports science, regenerative medicine, surgical techniques, and rehabilitation therapies, striving for holistic improvement in knee health and function.
This research focus represents our commitment to leading advancements in knee sports health and reconstruction.
| Medicine | Yes | Yes |
| Korean Language Acquisition and Pedagogy | No | Arts and Humanities | Esra Hasan | Esra Hasan | Esra Hasan | | | Foreign languages | No | No |
| Language & Religion: Manifestations and Interpretations | Yes | Arts and Humanities | Marwan Al-Jarrah | Marwan Al-Jarrah | Sukayna Ali; Areej Allawzi; Mousa Awwad; Nadia Naqrash; Hussein Alhawamdeh; Alladein Adawi | | The Language & Religion: Manifestations and Interpretations research group was established to explore the intricate and multifaceted relationship between language and religion. Our goal is to investigate how religious beliefs, identities, and practices are encoded, communicated, and interpreted through language across diverse cultural and social contexts. By examining religious expressions through pragmatic, communicative, and discourse-analytic frameworks, we aim to uncover how language not only reflects religious meaning but also actively shapes religious experience, social identity, and intergroup dynamics. This group seeks to foster interdisciplinary dialogue, contribute to theoretical advancements, and provide empirically grounded insights into the evolving role of religious language in contemporary societies.
Research Interests:
Investigating the interface between language and religion through pragmatic and communicative lenses.
Analyzing the grammaticalization of religious expressions and their evolution in language.
Exploring the pragmaticization processes within religious discourse.
Examining the social meanings embedded in religious formulas.
Identifying the communicative and pragmatic functions of religious expressions in diverse contexts.
Understanding the role of religious language in shaping social identity and group dynamics.
Studying the impact of religious markers on speech acts and discourse coherence.
Evaluating the use of religious expressions in interfaith and intrafaith communication.
Applying theories of text and discourse analysis to naturally occurring corpora of religious language.
The research interests of our group align with several Sustainable Development Goals (SDGs). Here are the most relevant ones:
SDG 1: Quality Education
By exploring the interface between language and religion, our researchs contribute to a deeper understanding of cultural and religious literacy, which is essential for quality education.
SDG 2: Gender Equality
Investigating the variable use of religious markers by different sexes and exploring pragmatic meanings used by each sex supports the goal of achieving gender equality and empowering all women and girls.
SDG 3: Reduced Inequalities
Our focus on social meanings and the communicative functions of religious language can help reduce inequalities by promoting inclusive communication and understanding among different social and religious groups.
SDG 4: Peace, Justice, and Strong Institutions
By studying the impact of religious language on social identity and group dynamics, our researchs can contribute to peaceful and inclusive societies, fostering better understanding and cooperation between different communities.
SDG 5: Partnerships for the Goals
Collaboration in our research group and with other scholars and institutions aligns with the goal of strengthening global partnerships to support and achieve the ambitious targets of the SDGs. | Foreign languages | Yes | Yes |
| Legal Diminsions of Investment Contracts | No | Arts and Humanities | omar okour | | Awad Al laymoon; muhanned al taani; mohammad Faleh Maagbeh; essam Majed Zayed Al-Hammouri | | | Law | No | No |
| Les modalités du postmodernisme dans le roman francophone contemporain | Yes | Arts and Humanities | Shereen Kakish | Shereen Kakish | | | Narrative and generic issues of the postmodern novel: generic mutation in the digital age.
Contemporary Stage Writing: Shedding Light on Societal Debates through Literary Analysis: By studying postmodern works, the group can offer perspectives on contemporary topics such as identity, exile, gender issues, or the crisis of individualism. These themes resonate in literature but also in the experiences of many people, and the analyses can help us better understand identity dynamics, migration, or cultural tensions.
The role of art and literature in cultural activities: Research on the role of art and literature in cultural activities can lead to recommendations for integrating literary and artistic works into awareness-raising and civic education initiatives. For example, by collaborating with cultural institutions, the group could help design projects and exhibitions that address major social issues through a literary and artistic lens.
New Approaches to the Didactics of Literature: New approaches to the didactics of literature, emerging from research on the postmodern novel, can lead to the creation of innovative educational programs for schools and universities. By proposing more inclusive and interactive ways of approaching texts, the group can contribute to an education that develops critical and engaged readers, capable of deciphering the implicit messages of literary works and finding answers to contemporary concerns within them.
The Representation of Women and Child Characters or Child Narrators in Contemporary Literature: By analyzing the representation of women, diverse identities, and child characters in contemporary literature, the group can identify models and values of diversity and inclusion applicable to society. This research could influence cultural and educational policies, inspiring initiatives that value often underrepresented narratives and voices.
The Issue of Identity and Exile in 21st-Century Texts: By studying postmodern works, the group can offer perspectives on contemporary topics such as identity, exile, gender issues, and the crisis of individualism. These themes resonate in literature but also in the experiences of many people, and the analyses can help us better understand identity dynamics, migration, and cultural tensions.
Comparative Literature: Through comparative literature studies, the research group can reveal commonalities between the literatures of different cultures, contributing to greater understanding and tolerance between peoples. The results of this research can feed into intercultural projects, translations, or literary festivals, which strengthen dialogue between diverse literary and societal traditions.
Fiction and Thought Experiments: By exploring thought experiments through fiction, the group can produce analyses useful for disciplines such as philosophy, ethics, and even politics. This research provides a better understanding of moral dilemmas and fictional scenarios, applicable to decision-making in complex social, political, or environmental contexts.
Literature and Digital: By highlighting stories that address identity, exile, or personal challenges, the group can highlight the importance of literature for personal and collective resilience. These stories can be integrated into therapeutic and social practices (bibliotherapy, reading groups) to help individuals and communities manage difficult experiences and strengthen their sense of belonging. | Foreign languages | Yes | Yes |
| Literary Works in the Age of AI | No | Arts and Humanities | asma altalafeeh | asma altalafeeh | asma altalafeeh | | | Foreign languages | No | No |
| liver Transplantation | No | Life Sciences and Medicine | Yaser Al Rayyan | Fareed Khdair | | | | Medicine | No | No |
| Machine Learning Applications in Civil Engineering | Yes | Engineering and Technology | Yasmin Murad | Yasmin Murad | Husam Abuhajar; Rana Imam; Mohammad Almashagbeh; Bilal Abu Salih | | Our research group is committed to advancing civil engineering through the integration of cutting-edge machine learning techniques, with a primary focus on Gene Expression Programming (GEP). Our mission is to develop interpretable, data-driven models that address complex engineering problems, thereby enhancing the accuracy, efficiency, and sustainability of engineering practices.
GEP, a powerful evolutionary algorithm, allows for the discovery of meaningful relationships and transparent models within large, nonlinear datasets. This capability makes it particularly suitable for civil engineering applications where traditional methods often face limitations.
We apply GEP-based modeling and predictive analytics across multiple civil engineering domains:
Structural Engineering:
We develop data-driven models to predict structural performance, simulate material behavior, optimize design parameters, and assess seismic vulnerability—ultimately improving the reliability and innovation of structural design and assessment.
Traffic and Transportation Engineering:
Our models help optimize traffic flow, enhance public transportation systems, forecast traffic incidents, and detect pavement defects. These applications support more intelligent, responsive, and efficient transportation infrastructure.
Environmental Engineering:
We apply GEP to model air and water pollution, evaluate the effectiveness of treatment processes, forecast environmental risks, and identify strategies to improve sustainability in environmental systems.
Through interdisciplinary collaboration, our group aims to bridge the gap between traditional civil engineering methodologies and modern AI-driven solutions. By harnessing the strengths of GEP and other machine learning tools, we strive to empower civil engineers with more robust, transparent, and data-informed decision-making processes.
| Engineering | Yes | Yes |
| Machine Learning for Natural Languages Processing and Computer Vision | Yes | Engineering and Technology | Gheith Abandah | Iyad Jafar; Gheith Abandah | Susan Hattar; Abeer Al-Hadidi; yousef hamdan; Ashraf Suyyagh; Asma Abedelkarim; Mohammad Abdel-Majeed; Rabie Amin Abdel Rahman Otoum | | The research group focuses on the intersection of machine learning techniques with the areas of Natural Language Processing (NLP) and Computer Vision. Their primary research interests include:
1. Natural Language Processing (NLP)
Solutions for the Arabic Languae
Sentiment analysis: Analyzing and understanding the sentiment expressed in textual data.
Named Entity Recognition (NER): Identifying and categorizing entities (e.g., names, organizations, locations) in text.
Text classification: Categorizing and organizing text into predefined classes or topics.
Machine translation: Developing algorithms for automated translation between languages.
Text generation: Creating coherent and contextually appropriate text using generative models.
Question-Answering Systems: Building systems that can understand and respond to questions posed in natural language.
2. Computer Vision
Medical Solutions
Object detection: Locating and classifying objects within images or video frames.
Image segmentation: Partitioning images into meaningful segments for further analysis.
Image captioning: Generating textual descriptions of the content present in images.
Facial recognition: Developing systems capable of recognizing and verifying individuals from facial images or video streams.
Visual sentiment analysis: Determining the sentiment or emotions portrayed in images or videos.
Action recognition: Identifying and understanding human actions from video data.
4. Transfer learning and pre-trained models
Leveraging pre-trained models, such as BERT, GPT, or vision-based models like ResNet, to boost performance in specific NLP and computer vision tasks.
Adapting models across related domains to save computation and training time.
The research group actively collaborates with other researchers and institutions to push the boundaries of knowledge in machine learning, NLP, and computer vision, with a strong emphasis on real-world applications. | Engineering | Yes | Yes |
| Maqasid al-Shariah: Principles of Justice and Mercy | No | Arts and Humanities | abdelrahman alkilani | Israa Almomani; muneer ahmad | | | | Shari'a | No | No |
| Maternal and Early Childhood Nutrition | No | Life Sciences and Medicine | hala nawaiseh | hala nawaiseh | | | | Agriculture | No | No |
| Mathematical Modeling of Renewable Energy Systems | No | Natural Sciences | Banan Maayah | Banan Maayah; Salam Alnabulsi; Hamzeh Duwairi | | | | Science | No | No |
| Mathematical Modelling of Infectious Diseases | Yes | Life Sciences and Medicine | Shaher Momani | Shaher Momani | University of Jordan President; Anas Al-Tawallbeh; Obaida Mohammad Akram Rajeh Al jabari | | The research interests of the "Mathematical Modelling of Infectious Diseases" group include:
Epidemiological Model Development: Creating deterministic and stochastic models to simulate infectious disease dynamics.
Public Health Intervention Analysis: Assessing the effectiveness of vaccination, quarantine, and other control measures.
Transmission Dynamics: Studying the mechanisms and patterns of disease spread within populations.
Predictive Analytics: Forecasting future outbreaks and epidemic trends using mathematical and computational tools.
Real-time Data Integration: Incorporating real-time epidemiological data into models for timely decision-making.
Emerging Infectious Diseases: Modelling the spread and control of new and re-emerging infectious diseases.
Spatial and Temporal Modelling: Analyzing the geographical and temporal aspects of disease spread.
Risk Assessment: Quantifying the risk and potential impact of infectious disease outbreaks.
Agent-based Modelling: Using individual-based models to simulate complex interactions in disease transmission.
Multi-scale Modelling: Linking models at different scales, from within-host dynamics to population-level spread.
| Science | Yes | Yes |
| Mechanisms of pain processing and analgesia | Yes | Life Sciences and Medicine | Mohammad Alsalem | Mohammad Alsalem | Heba Kalbouneh; Maram Abd Al jaleel; RIMA AL TAWEEL | | Our research group focuses on understanding the mechanisms underlying nociception and pain processing using various animal models. We study the roles of specific receptors, such as the transient receptor potential vanilloid receptor 1 (TRPV1), bradykinin receptors, and peroxisome proliferator-activated receptors (PPARs), in mediating pain responses.
Additionally, we investigate the effects of cannabinoids, opioids, and non-steroidal anti-inflammatory drugs (NSAIDs) in modulating pain perception. We employ the single-cell ratiometric calcium imaging technique to investigate different agents and receptors that modulate sensory nerve function, as this method is highly relevant to understanding pain processing at the cellular level.
Our team develops and utilizes animal models to study various types of pain, including inflammatory pain and neuropathic pain. A significant area of our research is the pathogenesis and treatment of Chemotherapy-Induced Peripheral Neuropathy (CIPN). Our goal is to understand the underlying mechanisms causing CIPN and to develop effective therapeutic strategies to prevent and treat this condition, ultimately improving the quality of life for cancer patients undergoing chemotherapy.
Research Interests:
Role of TRPV1 Receptor in Pain Perception
Investigating the activation and desensitization mechanisms of the TRPV1 receptor in peripheral sensory neurons under chronic pain conditions.
Cannabinoids in Pain Modulation
Exploring the analgesic effects of endogenous and phytocannabinoids, with a focus on their interaction with specific neural pathways and receptors.
Synergistic Effects of Opioids and NSAIDs
Studying the combined use of opioids and nonsteroidal anti-inflammatory drugs (NSAIDs) in managing acute and chronic pain while minimizing adverse effects.
Modeling Chemotherapy-Induced Peripheral Neuropathy (CIPN)
Developing and validating animal models of CIPN to evaluate potential preventive and therapeutic interventions.
| Medicine | Yes | Yes |
| Medication Safety (SAFE-MED) | Yes | Life Sciences and Medicine | Nailya Boulatova | Nailya Boulatova | Yousef Al-Mu'tasem; Akram Al-Saleh; Eman Elayeh; violet kasabri; Maysa Suyagh; NOOR FAEQ MAMDOOH MAMDOOH | | This research initiative is centered on understanding and mitigating the risks associated with medication use among the Jordanian population. With a particular focus on the adverse effects of both conventional medicines and alternative therapies, the project aims to enhance medication safety and efficacy. The specific objectives encompass a range of studies designed to offer comprehensive insights into how drugs affect individuals, particularly vulnerable groups like the elderly and those requiring complex medication regimens.
Investigating the prevalence of medication adverse effects among Jordanians with focus on immunosuppressants such as tacrolimus and psychotropic agents such as antipsychotics and antidepressants.
Assessing factors associated with adverse effects of medications.
Studying adverse effects of complementary and alternative therapies used by Jordanians.
Studying the effects of polypharmacy on medication safety.
Assessing the safety and the appropriateness of medication use in the elderly Jordanian patients.
Studying the effect of medication on driving impairment among Jordanians.
Investigating the impact of pharmacogenetics on tacrolimus safety.
Pharmacovigilance.
Drug-drug interactions.
SELECTIVE CYTOTOXICITY of synthetic and natural therapeutics, nuclear scaffolds and druggable entities.
Our initiative on medication safety in Jordan touches on several United Nations Sustainable Development Goals (SDGs) because it links directly to health, equity, innovation, and sustainable healthcare systems:
SDG 3 – Good Health and Well-Being
3.4: Reduce premature mortality from non-communicable diseases through prevention and treatment.
Our focus on psychotropics, polypharmacy, and medication-related harm addresses this directly.
3.5: Strengthen prevention and treatment of substance abuse.
Relevant to psychotropic and antidepressant medication safety.
3.8: Achieve universal health coverage, including safe access to essential medicines.
Pharmacovigilance and safe prescribing support rational, equitable access.
3.b: Support R&D of vaccines and medicines and provide access to affordable essential medicines.
Our work on cytotoxicity of novel and natural therapeutics fits here.
3.6: Halve global deaths from road traffic accidents.
Medication-related driving impairment directly contributes to safer mobility.
SDG 9 – Industry, Innovation, and Infrastructure
9.5: Enhance scientific research, upgrade technological capabilities of health sectors.
Pharmacogenetics and selective cytotoxicity studies all strengthen Jordan’s research capacity and innovation ecosystem.
SDG 4 – Quality Education
4.7: Ensure learners acquire the knowledge and skills needed to promote sustainable development.
Our project integrates advanced pharmacy training and creates capacity for the next generation of pharmacists, clinicians, and researchers in Jordan.
SDG 10 – Reduced Inequalities
10.2: Empower and promote inclusion of vulnerable groups.
The focus on elderly patients and those with complex medication regimens reduces inequities in health outcomes.
SDG 17 – Partnerships for the Goals
17.6 & 17.16: Enhance North–South, South–South, and regional cooperation on science, technology, and innovation.
Our initiative fosters collaborations between Jordanian researchers and international partners on medication safety, pharmacogenomics, and drug development. | Pharmacy | No | Yes |
| Mesenchymal Stromal Cells and Advanced Therapies | Yes | Life Sciences and Medicine | Hanan Jafar | Hanan Jafar | Osama Samara; Dr. Abdullah Abbadi; Farah Khader Khalil AlHallaq | | The Mesenchymal Stromal Cells (MSCs) Research Group is dedicated to exploring the multifaceted roles of MSCs in regenerative medicine and immunotherapy. Ultimately, our goal is to improve patient outcomes and quality of life by advancing the science and application of MSC therapies. By better understanding the mechanisms behind MSCs' ability to promote tissue repair and differentiate into various cell lineages, we aim to enhance their therapeutic potential further.
1. Our research focuses on validating the manufacturing process of MSCs under GMP (Good Manufacturing Practices) to ensure the highest standards in Advanced Therapeutic Medicinal products(ATMPs).
2. We strive to contribute to the advancement of MSC-based therapies, aiming to improve patient outcomes and quality of life.
3. The research employs validation assays to optimize clinical applications and enhance the safety and efficacy of MSCs in therapeutic settings.
4. The group focuses on using innovative strategies and employing advanced techniques in cellular biology and genomics to investigate the therapeutic potential of MSCs.
5. Our focus includes conditions such as autoimmune diseases and orthopedic injuries, where MSCs can play a critical role in treatment.
| Cell Therapy Center | Yes | Yes |
| Meta-Science in Dentistry | Yes | Life Sciences and Medicine | Khadijeh Al Zubi | Khadijeh Al Zubi | Murad Shaqman; Ahmad A Hamdan; omar alkaradsheh; Najla Kasabreh; Dina Taimeh; Heba saadeh | | Meta-science, also known as research on research, is the scientific investigation of how research is designed, conducted, reported, and applied. At Meta-Science in Dentistry, we critically examine the quality, transparency, and clinical translation of dental research. Our mission is to improve the credibility, reproducibility, and integrity of evidence that informs dental education, policy, and clinical care.
By applying tools from epidemiology, data science, and implementation science, we aim to elevate the standards of research in periodontology, implant dentistry, and broader dental sciences.
🔍 Core Research Interests
1. Research Quality and Reproducibility
Assessing the validity, reliability, and methodological rigor of clinical trials and observational studies in dentistry.
Investigating reproducibility and replicability across experimental and clinical dental research.
Detecting biases in study design, outcome reporting, and interpretation of dental literature.
2. Evidence Synthesis and Methodology
Conducting systematic reviews, meta-analyses, and umbrella reviews of trials and in vitro studies in periodontology and implantology.
Evaluating heterogeneity, risk of bias, and evidence certainty (e.g., using GRADE).
Developing and refining quality scoring tools, guideline assessments, and methods for evidence-based decision-making.
3. Publication Practices and Scientific Integrity
Monitoring adherence to reporting standards such as CONSORT, PRISMA, STROBE, and CARE in dental publications.
Analyzing patterns of ghost authorship, plagiarism, corrections, and scientific misconduct.
Studying the effectiveness and transparency of peer review processes in dental journals.
4. Open Science and Research Transparency
Promoting open access, pre-registration of protocols, and data sharing in dental research.
Tracking the use of transparency indicators, such as protocol availability and trial registries.
Advocating for ethical publishing, responsible authorship, and research accountability.
5. Clinical Translation and Implementation Science
Bridging the gap between dental research and real-world practice.
Studying barriers and facilitators to the adoption of evidence-based dental interventions.
Promoting implementation frameworks to integrate research findings into clinical workflows.
6. Equity, Ethics, and Global Research Inclusion
Highlighting socioeconomic and geographic disparities in dental research funding and output.
Assessing the representation of understudied populations in clinical trials.
Addressing ethical challenges in community-based and low-resource dental research settings.
7. Artificial Intelligence and Automation in Meta-Research
Using machine learning and AI tools to detect patterns of bias, fraud, and inconsistencies in dental literature.
Automating literature screening, data extraction, and quality appraisal in systematic reviews.
Investigating the role of AI in meta-scientific monitoring and knowledge synthesis.
8. Education and Research Literacy in Dentistry
Integrating meta-research and evidence-based practice training in undergraduate and postgraduate dental curricula.
Assessing the research competencies of dental students, interns, and early-career academics.
Developing open-access tools and resources for improving research literacy among clinicians and educators.
🌍 Our Vision
Through our interdisciplinary work, we strive to ensure that dental research is rigorous, transparent, and globally relevant—ultimately advancing clinical excellence and improving patient outcomes worldwide. | Dentistry | Yes | Yes |
| Microneedle Drug Delivery | Yes | Life Sciences and Medicine | sharif abdelghany | sharif abdelghany | Sameer Jabaiti; Walhan Alshaer; AYMAN SAMEEH SALEH (ALHAJ ABBAS) | | Microneedles for the painless transdermal delivery of therapeutics for the treatment of cancer, diabetes, autoimmune dieases, and infectious diseases.
This encompasses the design and fabrication of biocompatible microneedles capable of delivering therapeutic agents with high precision and efficiency. Our work involves optimizing the mechanical strength of DMNs to ensure skin penetration, characterizing their dissolution profiles and drug release kinetics, and evaluating their performance through preclinical animal studies. By integrating advanced materials and scalable manufacturing techniques, we aim to develop DMNs that achieve effective, localized, and minimally invasive delivery of drugs, vaccines, and immunotherapies, addressing critical challenges in these diseases.
Aims:
Innovative Drug Delivery Systems: Design and develop microneedles for the targeted delivery of therapeutics across various medical applications.
Enhanced Drug Efficacy and Safety: Improve the pharmacokinetics and pharmacodynamics of drugs through advanced delivery systems to maximize therapeutic benefits and minimize side effects.
Patient-Centric Solutions: Create minimally invasive and user-friendly drug delivery methods to enhance patient compliance and comfort.
Clinical Translation: Conduct preclinical and clinical studies to evaluate the safety, efficacy, and practical applications of our drug delivery technologies, aiming for real-world healthcare impact.
| Pharmacy | Yes | Yes |
| Modern Arabic Poetry: Critical Perspectives | No | Arts and Humanities | Ibrahim Alkoufahi | Ibrahim Alkoufahi; shorouq rdwan | | | | Arts | No | No |
| Multimedia Security and Its Applications | Yes | Engineering and Technology | Mahmoud Maqableh | Mahmoud Maqableh | Huda Karajeh; Tahani Al-Khatib; Lama Rajab; Malak Al Hassan; Dr.Ahmad AL Hwaitat | | Research Interests of the "Multimedia Security and Its Applications" Group
Our research group, Multimedia Security and Its Applications, focuses on exploring and advancing cutting-edge technologies and their real-world applications. We bridge theoretical frameworks with practical implementations, addressing both current challenges and future possibilities. Our key areas of research include:
Examining security and privacy risks of social media security issues.
Developing digital watermarking techniques for securing multimedia content.
Developing cryptographic techniques and security frameworks for emerging digital platforms.
Investigating the ethical implications of AI in cybersecurity and multimedia processing applications.
Applying machine learning algorithms to enhance cybersecurity defenses and multimedia processing.
Through these research areas, our group aims to make significant contributions to the integration of emerging technologies in real-world applications, focusing on their security, efficiency, and ethical implementation. | IT | Yes | Yes |
| Multimodal Analysis of Online Discourse | No | Arts and Humanities | rania zarour | rania zarour | sumaya daoud; hady hamdan; Fatima Alqaisiya; Mohammad Almashagbeh; Moayad Sharab | | The Multimodal Analysis of online discourse research group brings together scholars from diverse disciplines to investigate the unique dynamics of online and digital communication. Our work focuses on understanding how interaction patterns, norms, and identities are constructed in digital spaces, and how these differ from traditional face-to-face settings. By employing interdisciplinary methodologies, we aim to offer fresh perspectives on online discourse and the evolving nature of digital communities. Our research interests include the following:
Sociolinguistics (including language and identity, language and religion, and variation studies)
Discourse analysis
Pragmatics and semantics
Corpus linguistics
Lexicography
Intercultural communication and global multilingualism
Assessment and testing in English as a Foreign Language (EFL)
EFL pedagogy and teacher training
Translanguaging
Translation
AI in translation
| Foreign languages | No | No |
| Nano-Biosensors for Diagnostic and Healthcare | No | Life Sciences and Medicine | Ghadeer Suaifan | Ghadeer Suaifan | | | | Pharmacy | No | No |
| Nanomedicine and Drug Delivery Science | Yes | Life Sciences and Medicine | Walhan Alshaer | Walhan Alshaer | Dana Al Qudah; Alaaldin AlKilany; Shorouq Al Sotari; sharif abdelghany; Fatima Mohammad Fayez enaya | | This research group is united by a shared focus on advancing nanotechnology, drug delivery systems, and biomedical applications. Our collective expertise spans nanobiotechnology, pharmaceutics, chemical biology, and material sciences, primarily emphasizing innovative therapeutic solutions. The group is dedicated to developing cutting-edge nanomedicines, including ligand-guided nanocarriers, microneedle systems, and nanoparticles, to achieve targeted and efficient drug delivery for conditions such as cancer, diabetes, and infectious diseases. Our research also explores high-resolution analytical techniques, computational modeling, and nanomaterial development to enhance therapeutic systems' precision, safety, and efficacy. With a strong foundation in academia and industry, the group integrates multidisciplinary approaches to address complex challenges in healthcare, earning international recognition for their significant contributions to science and medicine.
Nanomedicine and Targeted drug delivery systems
Nanomedicine and targeted drug delivery systems leverage nano-scale materials to enhance drug effectiveness and reduce side effects. These systems improve the precision of drug delivery by designing nanoparticles that can specifically target diseased cells or tissues, particularly in cancer treatment. For instance, liposomes and PEGylated nanoparticles are used to carry drugs directly to tumor cells, avoiding healthy tissues and minimizing toxicity.
Additionally, these systems can respond to specific environmental changes (e.g., pH or temperature) to release drugs at the desired site, offering personalized treatment options. Nanomedicine also plays a role in diagnostics by enhancing imaging techniques, which help detect diseases at earlier stages.
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Nucleic acids-based therapeutics (Aptamers, siRNA, Genes)
Nucleic acid-based therapeutics, including aptamers, siRNA, and genes, represent cutting-edge approaches to treating various diseases by directly targeting genetic material to modulate cellular processes. Aptamers are short, single-stranded oligonucleotides (DNA or RNA) that can selectively bind to specific targets, such as proteins or cell receptors, to inhibit their function. Due to their high specificity, they have been explored in applications like cancer therapy and viral infections . siRNA (small interfering RNA) silences specific genes at the mRNA level, offering potential treatments for genetic disorders, viral infections, and cancers by targeting and degrading disease-associated mRNAs . These nucleic acid-based therapies have the advantage of precision, enabling targeted interventions at the molecular level with minimal off-target effects, thus paving the way for more personalized and effective treatments.
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Cancer resistance and molecular pharmacology
Cancer resistance and molecular pharmacology are closely intertwined fields that focus on understanding the mechanisms behind cancer cell survival and drug resistance. Cancer resistance arises when tumor cells adapt to chemotherapy, targeted therapies, or other treatments, often through mutations, overexpression of drug efflux pumps, or alterations in apoptotic pathways. Molecular pharmacology is critical in identifying and developing drugs that can bypass or overcome these resistance mechanisms.
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Stem Cell Research
Our group focuses on the therapeutic potential of mesenchymal stem cells (MSCs) in cancer treatment, specifically their anti-tumoral effects and underlying mechanisms, along with the integration of stem cell tracking and gene delivery systems.
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Polymeric microneedles as a painless hypodermic parenteral
application.
Polymeric microneedles have emerged as a revolutionary approach to painless hypodermic parenteral applications, offering a minimally invasive alternative to traditional needles. These microneedles are composed of biocompatible and biodegradable polymers, designed to pierce the outer layer of the skin (stratum corneum) without reaching nerve endings, thus eliminating pain and discomfort. They create transient microchannels through which drugs, vaccines, or biomolecules can efficiently deliver into the dermis, ensuring rapid absorption into the systemic circulation. Polymeric microneedles can be fabricated in various shapes and designs, such as solid, coated, or dissolvable forms, enabling versatility in drug delivery. Their biodegradability ensures no residual material remains in the skin, reducing the risk of complications. This technology has significant potential in delivering vaccines, insulin, and biologics, making it a promising solution for enhancing patient compliance, particularly in individuals with needle phobia.
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Synthesizing and characterizing various types of nanoparticles, including both inorganic and organic compositions. Nanoparticles of focus include gold, silver, and PLGA.
Synthesizing and characterizing nanoparticles, both inorganic and organic, is pivotal in advancing nanotechnology for biomedical, pharmaceutical, and industrial applications. Among the widely studied nanoparticles are gold (Au), silver (Ag), and poly(lactic-co-glycolic acid) (PLGA) nanoparticles, each offering unique properties and functionalities.
Gold nanoparticles (AuNPs) are synthesized via chemical reduction methods, where gold salts are reduced in the presence of stabilizing agents, allowing precise control over size and shape. Their optical, thermal, and surface plasmon resonance properties make them ideal for drug delivery, diagnostics, and photothermal therapy. Similarly, silver nanoparticles (AgNPs), synthesized through reduction or green chemistry approaches, are valued for their potent antimicrobial and catalytic activities, with applications spanning medicine and environmental science.
PLGA nanoparticles, an organic counterpart, are typically fabricated using emulsion-solvent evaporation, nanoprecipitation, or microfluidics. As biodegradable and biocompatible carriers, they are extensively employed for encapsulating drugs, nucleic acids, and proteins to achieve controlled and targeted delivery.
| Cell Therapy Center | Yes | Yes |
| Narrating Cartography: Walking Technologies and Countermapping | No | Arts and Humanities | bayan alammouri | bayan alammouri | bayan alammouri | | | Foreign languages | No | No |
| Neonatal and Family Centered Care | No | Life Sciences and Medicine | Nadin Abdalrazeq | TASNEEM KHALED ABEDALRHMAN SARA; Nadin Abdalrazeq | Nadin Abdalrazeq; TASNEEM KHALED ABEDALRHMAN SARA | | | Nursing | No | No |
| Neonatal Genetic Insights | No | Life Sciences and Medicine | Eman Badran | Eman Badran | | | | Medicine | No | No |
| Neutron Activation Analysis: Trace Element Detection and Characterization | No | Natural Sciences | Walaa Al-Tamimi | Walaa Al-Tamimi | | | | Science | No | No |
| New Frontiers in Disability Inclusion | No | Social Sciences and Management | hatem Alkhamra | hatem Alkhamra | mohammad algabery; Abdallah Almahaere; Bassam Alabdalallat; Mohammad alkhawaldeh | | • Examining the effectiveness of inclusive education strategies and policies in universities for students with disabilities.
• Mental Health and Well-Being Support for Students with Disabilities
• Researching the psychological challenges faced by students with disabilities, the role of mental health services, and the use of technology in providing emotional well-being resources.
• Parental Involvement in the Education of Students with Disabilities
• Investigating the role of parents in supporting their children with disabilities through traditional and technology-based educational platforms.
• Educational and psychological challenges facing students with disabilities and their families in community inclusion
• Technology-based programs role in promoting the social inclusion of students with disabilities
| Educational Sciences | No | No |
| New Technologies in Translation and Interpreting | Yes | Arts and Humanities | hanan aljaberi | hanan aljaberi | Sukayna Ali; Areej Allawzi; Farah Mohammad Ali Jarah | | Group's Main Goal:
The main goal of our research group is to explore, develop, and promote the integration of cutting-edge technologies in translation and interpreting while addressing the evolving challenges and opportunities in multilingual communication.
Our group has also the following interests:
Analysing the effectiveness of AI models (e.g., ChatGPT, Gemini) in translating complex texts, including cultural nuances, idiomatic expressions, and specialized terminology.
Assessing the performance of neural machine translation systems in English-Arabic language pair, focusing on how these technologies handle linguistic, contextual, and pragmatic challenges.
Comparing NMT outputs with human translations in terms of accuracy, fluency, and the preservation of meaning.
Evaluating the Impact of Computer-Assisted Translation (CAT) Tools on Human Translators
Investigating the effects of CAT tools on translator productivity, job satisfaction, and the overall quality of translations. | Foreign languages | Yes | Yes |
| Next-Gen Crypto: Post-Quantum Security, Privacy, and Emerging Threats | No | Engineering and Technology | Mua'ad Abu-faraj | Mua'ad Abu-faraj; ismail taharwa | | | | School of Information Technology and Systems - Aqaba | No | No |
| Olive Mill Waste Management | No | Engineering and Technology | Ahmad Jamrah | Ahmad Jamrah; emad karablieh | Abeer Al-Bawwab; Madi Jaghbir; Nehaya Alkarablieh | | Our research focuses on addressing the complex environmental and economic challenges posed by olive mill waste, particularly zibar (olive mill wastewater) and jift (olive pomace), through innovative, interdisciplinary solutions. By integrating environmental engineering, soil science, chemistry, microbiology, circular economy, and water economics, we aim to mitigate the ecological risks of olive mill effluents while unlocking their potential for valorization. Our approach also promotes the development of decentralized waste treatment systems and bio-based products such as biochar and clean energy.
Environmental Characterization of Olive Mill Waste
We investigate the physicochemical and biological properties of zibar and jift, focusing on their pollutant load, seasonal variation, and environmental toxicity.
Example: Quantifying phenolic compounds and BOD/COD levels to assess the ecological footprint of zibar.
Health and Soil Impacts of Zibar Disposal
Our research evaluates the adverse effects of improper zibar disposal on soil fertility, microbial activity, groundwater pollution, and public health in rural communities.
Example: A field study on the phytotoxic effects of zibar irrigation on olive orchards.
Sustainable Olive mill wastewater (Zibar) Treatment Technologies
We assess cost-effective and scalable treatment options, such as electrocoagulation, anaerobic digestion, and evaporation ponds, to reduce pollutant loads and enable safe reuse.
Example: Testing EC systems for separating zibar into reusable water and bioenergy feedstock.
Biochar Production from Olive Waste
We explore pyrolysis-based methods to convert zibar and jift into high-quality biochar for agricultural soil enhancement, climate mitigation, and carbon sequestration.
Example: Pilot production of biochar from zibar-derived solids with analysis of cation exchange capacity (CEC) and soil nutrient retention.
Waste-to-Energy and Carbon Recycling Models
Our team investigates integrated systems to generate electricity and heat from olive mill waste, while promoting carbon-negative cycles through biochar return to soils.
Example: Modeling the energy yield and carbon offset potential from a 24 TPD pyrolysis unit.
Environmental Economics, and Policy Innovation
We develop integrated frameworks that link olive oil production waste to economically viable and environmentally sustainable recovery strategies. Our work incorporates the economics of innovative treatment technologies, such as pyrolysis and electrocoagulation, by evaluating their capital and operating costs, revenue generation potential (e.g., from biochar and energy recovery), and scalability. Using cost-benefit analysis and environmental valuation methods, we quantify the trade-offs and externalities associated with different waste management scenarios. These analyses inform policy recommendations aimed at improving regulatory frameworks, designing economic incentives for farmers and mill owners, and promoting investment in green technologies that support a circular economy.
Example: Proposing a policy roadmap for zibar valorization in coordination with Jordan's Ministry of Environment and Agriculture.
Community Engagement and Capacity Building
Our group emphasizes participatory approaches to raise awareness among olive mill owners, rural municipalities, and environmental authorities regarding best practices.
Example: Organizing technical workshops on safe waste handling and reuse opportunities for olive mill operators. | Engineering | No | No |
| Ontologies and Knowledge Graphs: Construction and Applications | No | Engineering and Technology | Marwan Al-Tawil | Marwan Al-Tawil | | | | IT | No | No |
| Operator Inequalities, Optimization, Computational Topology and Applications (OIOCTA) | Yes | Natural Sciences | Baha Alzalg | Baha Alzalg | Fuad Kittaneh; Ayat Ababneh; Suheir Bashar Rafiq Al-Shareef | | Our research focuses on the interplay between operator inequalities, optimization, computational topology, and their diverse applications. We explore fundamental properties and bounds of operators to develop theoretical insights that drive optimization techniques, enabling efficient problem-solving in areas like machine learning, signal processing, and systems control. Leveraging computational topology, we emerge fields that blend topological methods with probability theory, optimization methodologies, and computational techniques. By integrating these disciplines, our work advances both foundational mathematics and practical solutions for challenges in data analysis, engineering, and beyond.
Matrix and Operator Inequalities: Matrix and operator inequalities are fundamental tools in mathematical optimization and applied sciences. They provide a framework for comparing matrices or operators based on their eigenva lues, norms, or spectral properties. Our research interests related to operator inequalities include:
Numerical radius inequalities.
Spectral radius inequalities.
Singular-value inequalities.
Trace inequalities.
Nonnegative matrix theory.
Optimization Theory and Algorithms: Mathematical optimization is a branch of applied mathematics that focuses on finding the optimal solution from a set of feasible solutions to a problem by minimizing or maximizing an objective function within a defined set of constraints. This field is integral to numerous domains, such as computational topology, machine learning, finance, logistics, and engineering. By leveraging rigorous mathematical formulations, optimization provides tools for achieving efficiency and effectiveness in both theoretical and practical applications. Our research interests related to optimization encompass:
Convex optimization theory and algorithms.
Algebraic and topological methods in optimization.
Nonconvex programming.
Stochastic programming.
Stochastic and Computational Topology: Stochastic and computational topology are emerging fields that blend topological methods with probability theory and computational techniques. Stochastic topology studies the probabilistic properties of random topological structures, such as random simplicial complexes and networks, providing insights into their behavior and applications in data analysis. Our research interests related to computational topology include:
Stochastic algebraic topology.
Computational and applied topology.
Topological data analysis.
Other Related Applications: Beyond the applications mentioned above, our research topics also extend to:
Asset and liability management.
Applied and computational sciences. | Science | Yes | Yes |
| Optical Communication | Yes | Engineering and Technology | Hasan Farahneh | Hasan Farahneh | Dia Abu-Nadi; Jamal Rahhal; Imad Hamadneh; Ammar Aziz Mushtaha Ahmed | | The science of optical communication, which enables the efficient and rapid transmission of vast volumes of data over long distances, is at the heart of modern information technology. Through creative research, teamwork, and instruction, our group's goal is to progress the science and technology of optical communication systems. In order to satisfy the increasing needs of secure, fast, and energy-efficient data transfer, we work to investigate state-of-the-art solutions in fiber optics, optical wireless communication, and photonic systems. We are dedicated to advancing academic quality and practical impact in the field of optical communications as part of the University of Jordan. Our research interests cover the following areas:
Fiber-Optic Communication Systems
Design and optimization of long-haul and high-speed fiber-optic networks
Wavelength Division Multiplexing (WDM) and Dense WDM systems
Dispersion management and compensation techniques
Visible Light Communication (VLC)
Using LEDs for high-speed indoor wireless data transmission
Integration with smart lighting and IoT systems
Hybrid VLC and RF systems for seamless connectivity
Free Space Optical (FSO) Communication
Atmospheric effects on optical transmission
Ground-to-satellite and inter-satellite optical links
High-data-rate secure communication in open air
Photonic Devices and Components
Development of modulators, detectors, and optical amplifiers
Silicon photonics and integrated photonic circuits
Quantum dot lasers and tunable optical filters
Optical Wireless Communication (OWC)
Channel modeling and MIMO techniques in OWC
Error correction and adaptive modulation schemes
Applications in confined or RF-restricted environments (e.g., hospitals, aircrafts)
Nonlinear Optical Signal Processing
Applications of nonlinear effects for all-optical switching and computing
Optical solitons and supercontinuum generation
Optical neural networks and machine learning
Security in Optical Communication
Physical-layer encryption and secure key distribution
Covert communication using light-based techniques
Energy-Efficient and Green Optical Networks
Minimizing power consumption in optical transmitters and routers
Use of renewable-powered optical infrastructures
Quantum Optical Communication
Quantum key distribution (QKD)
Entanglement-based communication systems
Photonic quantum computing interfaces
| Engineering | Yes | Yes |
| Oral Health Disparities and Opportunities | Yes | Life Sciences and Medicine | najla odeh | najla odeh | Faleh Sawair; Osama abu-hammad; Adham Al Sharkawi; Maram Abd Al jaleel | | To bridge the gap in oral health care by identifying disparities, understanding barriers, and proposing sustainable, evidence-based solutions to improve oral health outcomes, particularly for vulnerable populations in Jordan.
1- Investigating socioeconomic, behavioral, and systemic barriers to oral health care services in Jordan.
2- Exploring oral health needs among vulnerable populations, including pregnant women, geriatrics, and children.
3- Identifying epidemiological trends and risk factors for oral diseases in Jordan.
4- Examining potential inter-relationships between oral and systemic diseases, with a focus on chronic conditions like diabetes and cardiovascular diseases.
5- Assessing the role of digital health technologies and tele-dentistry in overcoming disparities.
6- Proposing policy interventions to address oral health inequalities.
Featured publications: to add relevant publications of other members of the research group.
| Dentistry | Yes | Yes |
| Orientalism in English Drama | Yes | Arts and Humanities | Hussein Alhawamdeh | Mais Sharah | Mais Sharah; Israa Qallab; Ghadeer Alhasan; yahia issa | kareemjarrah13@gmail.com
Sanaa_drawsheh@yahoo.com
maghasbeh@gmail.com
fhaddad@aud.edu
rachel.white@durham.ac.uk
| The research group Orientalism in English Drama is dedicated to advancing critical understanding of the representation of Islam and Oriental cultures in English drama specifically from the Renaissance through the eighteenth century. By exploring the intersections of theatrical and political discourse, the group investigates how early modern English drama reflected and shaped perceptions of the East. Through interdisciplinary research, international collaboration, and public engagement, the group aims to produce innovative scholarship, foster cross-cultural dialogue, and establish itself as a leading global hub for the study of Theatrical Orientalism. | Foreign languages | Yes | Yes |
| Palliative Cancer Care | Yes | Life Sciences and Medicine | Ruqayya Zeilani | Ruqayya Zeilani | Maysoon Abd AL-Rahim; Randa Albusoul; Mohammed Yacoub | | Palliative care is an essential aspect of caring for patients with cancer. It focuses on relieving their suffering from the time of diagnosis throughout all stages of treatment.
Mission
Our research group is committed to advancing palliative care for patients with cancer and their families through diverse research approaches and methodologies
Vision
To be a leading research group in palliative cancer care, driving evidence-based practices that optimize symptom management, empower healthcare professionals, and shape policies that enhance the well-being of cancer patients and their families. We envision a future where every patient suffering from cancer receives compassionate, individualized high-quality palliative care, ensuring dignity and comfort throughout their illness trajectory.
Research interests
The research group's interests are:
Palliative care: symptom management, end-of-life care, and care for dying patients.
Cancer care: nurses' role in cancer care, cancer care modalities.
patient assessment and management, symptom management.
death and bereavement care.
non-pharmacological therapy for cancer patients.
cancer awareness, and cancer policy. | Nursing | Yes | Yes |
| Patient Safety | Yes | Life Sciences and Medicine | Rania Absoul | Rania Absoul | Raeda Al-Qotob; Sireen AlKhaldi; hana taha; Muath Al-Zoubi; TUQA Mohammad Mustafa AlShorman | | At the Patient Safety Research Group, our work addresses the multifaceted risks associated with healthcare delivery across diverse clinical settings. We apply a broad range of research methodologies and data sources to investigate how and why harm occurs, identify factors that contribute to safe care, and develop strategies to prevent avoidable harm. Our ultimate aim is to adopt an interdisciplinary approach for translating research findings into practical frameworks and evidence-based practices that promote safe, effective, and high-quality care for all.
Key Areas of Focus:
Patient Safety Culture
Missed Care
Clinical Communication and Teamwork
Human Factors and Ergonomics
Patient Engagement and Empowerment
Safety in High-Risk Settings
Incident Reporting and Learning Systems
| Medicine | Yes | Yes |
| Patient Scoring Systems | Yes | Life Sciences and Medicine | Mahmoud ALkalaldeh | Mahmoud ALkalaldeh | Mohammad Abu Sabra | | Within various nursing spheres and disciplines, this research group has the following objectives:
1. Examining the prognostic efficiency of different patient scoring systems to assess the severity of illness at different acute and critically ill conditions.
2. Assess the applicability and feasibility of using such a scoring system by health care professionals in the emergency and intensive care units.
3. Evaluating the predictive ability of each scoring tool to estimate patients' prognosis of patient's condition to anticipate further interventions before complications become imminent.
4. Contribute to the development of existing scoring systems or establishing new systems in collaboration with specialized scientists and organizations in this field.
| School of Nursing - Aqaba | Yes | Yes |
| Pattern and Anomaly Analysis in Computer Networks (PAACNet) | Yes | Engineering and Technology | Shernaz Al-HajBaddar | Shernaz Al-HajBaddar | Amal Helu; Mohammad Atoum; Oraib AbuAlganam; tamam alsarhan | | PAACNet focuses on uncovering hidden patterns within complex computer systems to understand their normal behavior. It develops methods to detect anomalies, deviations from the established normal patterns, which may indicate errors, intrusions, or performance issues. PAACNet research spans diverse systems, from individual machines to large networks. Ultimately, PAACNet aims to improve the reliability, security, and efficiency of computer systems through advanced analysis techniques. Here, we summarize PAACNet main areas of research:
Developing models capable of capturing the "normal behaviour" of a computer network
Investigating anomalies in the context of emerging networks
Incorporating state-of-the-art mathematical, statistical, and graph-based approaches. for pattern and anomaly analysis.
Exploring cutting-edge machine and deep learning techniques in the context of pattern and anomaly analysis. | IT | Yes | Yes |
| Pediatric Heart Failure: Unveiling New Frontiers | No | Life Sciences and Medicine | laila tutunji | laila tutunji | | | | Medicine | No | No |
| Pelvic Floor Health and Dysfunction | No | Life Sciences and Medicine | Ayman AlQatawneh | Ayman AlQatawneh | | | | Medicine | No | No |
| Perinatal Infections: From Pregnancy to Newborn | No | Life Sciences and Medicine | Ala'a Matalka | Ala'a Matalka; manar allawama | | | | Medicine | No | No |
| Personalized user centric intelligent systems | No | Engineering and Technology | Dana AL_Qudah | Dana AL_Qudah | | | | IT | No | No |
| Pharmaceutical Applications of Supercritical Fluid Technology | No | Life Sciences and Medicine | rana obeidat | rana obeidat | Zayed Al_hamamre | | Pharmaceutical applications
Product development
Drug delivery systems
In-vitro in-vivo correlations | Pharmacy | No | No |
| Pharmaceutical Impurity Profiling and Bioactivity | No | Life Sciences and Medicine | Sharif Arar | Sharif Arar | | | | Science | No | No |
| Pharmacogenomics in Personalized Medicine | No | Life Sciences and Medicine | Nancy Hakooz | Nancy Hakooz; wiam khalil; Elaf Adel Abed Al-hadi Al-Dalabeh | | | | Pharmacy | No | No |
| Physical Disability and Mental Well-being | No | Life Sciences and Medicine | Ayman Mansour | Ayman Mansour | | | | Nursing | No | No |
| Plant Abiotic Stress | Yes | Life Sciences and Medicine | monther sadder | monther sadder | hmoud al debei; Omar Kafawin; Mohammad Omar Jamal AlAmaireh | | Improving crop resilience, productivity, and sustainability in the face of climate change and environmental challenges.
Our research interests cover the following major areas related to plant abiotic stress:
1. Physiological and biochemical responses:
- Mechanisms of drought, salinity, heat, cold, and oxidative stress tolerance.
- Water-use efficiency and stomatal regulation.
- Osmotic adjustment and ion homeostasis.
2. Molecular and genetic mechanisms:
- Stress-responsive gene expression and regulatory networks.
- Role of transcription factors and signaling molecules.
- Epigenetic regulation stress memory.
3. Genomics and biotechnology:
- Identification and functional analysis of stress-related transcriptome.
- Whole genome sequencing for novel adapted crops and wild relatives.
- Development of stress-tolerant transgenic or gene-edited plants.
4. Plant-microbe interactions under abiotic stress:
- Role of beneficial microbes (e.g., mycorrhizae, PGPR) in stress mitigation.
- Rhizosphere dynamics and microbiome shifts during stress.
5. Breeding for stress tolerance:
- Marker-assisted and genomic selection for stress-resilient traits.
- Development and screening of tolerant cultivars.
- Integration of wild relatives and landraces as sources of tolerance.
6. Omics approaches:
- Transcriptomics, proteomics, metabolomics, and ionomics in stress studies
- Systems biology approaches to model stress response networks
7. Climate change and environmental impact:
- Impact of combined stresses (e.g., heat + drought)
- Stress prediction and modeling under future climate scenarios
- Sustainable agriculture practices under abiotic stress conditions
8. Innovative stress mitigation strategies:
- Application of nanoparticles, biostimulants, or hormones
- Controlled environment studies for stress adaptation | Agriculture | Yes | Yes |
| Plant Tissue Culture and Biotechnology | No | Life Sciences and Medicine | Tamara Al-Qudah | Tamara Al-Qudah | | | | Hamdi Mango Center For Scientific Research | No | No |
| Plant Viral Diseases (PlaViDi) | Yes | Life Sciences and Medicine | Nida' Salem | Nida' Salem | Dina AlHattab | | Our main research inetersts are:
1. Identification and characterization of plant viruses, with a focus on horticultural crops such as tomato, pepper, potato, onion, lettuce, okra, cucurbits and some fruit trees.
2. Development of methods for virus detection, diagnosis and discovery, including molecular assays, serology, HTS, and bioassay-based methods.
3. Studying the key factors in the epidemiology of plant viral diseases.
4. Exploring different innovative approaches and control measures necessary to achieve the successful management of plant viruses. | Agriculture | Yes | Yes |
| Polymer and Geopolymer Innovation for Enhanced Materials Performance | No | Engineering and Technology | yousef mubarak | yousef mubarak | Rund Abu-Zurayk | Mutasem Shehadeh
Dib Abu Fara
| | Engineering | No | No |
| Polymer Nanocomposites for Environmental and Industrial Applications (PolyNano) | Yes | Natural Sciences | Rund Abu-Zurayk | Rund Abu-Zurayk | | | PolyNano Group's aim is to prepare polymer nanocomposites and examine their applications in the environmental and industrial fields. This is achieved through two main research lines:
1. Nanoparticles synthesis and functionalization:
Chemical Synthesis of metallic/metallic oxides nanoparticles
Green Synthesis of metallic/metallic oxides nanoparticles using plant extracts
Functionalization of carbon-based nanoparticles (Carbon nanotubes, Graphene oxides) and nanoclay
2. Polymer Nanocomposites preparation, characterization, and applications:
Preparation using solution casting, electrospinning, spin coating, etc.
Structural, mechanical, electrical, thermal, barrier, and anti-bacterial properties characterization.
Applications in Water treatment using membrane filtration and photocatalysis, in addition to industrial and medical applications.
| Hamdi Mango Center For Scientific Research | Yes | Yes |
| Poultry Coccidiosis | Yes | Life Sciences and Medicine | Firas Hayajneh | Firas Hayajneh | Anas Abdelqader; Salaheddin AlAraj | | The research group aims to address critical challenges in the prevention, control, and understanding of this parasitic disease, which significantly impacts the poultry industry worldwide. The group's diverse research interests include:
Epidemiology of Poultry Coccidiosis:
Understanding the prevalence, distribution, and environmental factors that influence the spread of Eimeria species in poultry populations.
Identifying risk factors for coccidiosis outbreaks in both conventional and free-range poultry farming systems.
Investigating seasonal and regional variations in coccidiosis incidence and their implications for poultry management.
Pathogenesis and Immunology of Coccidiosis:
Studying the interaction between Eimeria species and host immune systems to better understand the pathogenesis of coccidiosis.
Identifying immune responses that provide protection against coccidial infections and how they vary among different poultry breeds.
Investigating the mechanisms by which Eimeria species evade immune detection and establish chronic infections in poultry.
Molecular Biology of Eimeria Species:
Characterizing the genetic diversity and molecular markers of various Eimeria species to improve diagnostic techniques.
Exploring the molecular mechanisms of host-parasite interactions, including parasite invasion, replication, and oocyst formation.
Investigating the role of gene expression in the development of drug resistance in Eimeria species.
Diagnostic Methods and Early Detection:
Developing innovative diagnostic tools for the early and accurate detection of coccidiosis in poultry.
Investigating the use of molecular, serological, and imaging techniques for non-invasive and real-time monitoring of Eimeria infections.
Enhancing on-farm diagnostic protocols for rapid identification of different Eimeria species and assessing their virulence.
Control Strategies:
Evaluating the efficacy and safety of anticoccidial drugs, including synthetic, natural, and alternative treatments.
Investigating the role of vaccination in preventing coccidiosis, including the development of new vaccines and adjuvants.
Exploring sustainable and integrated control strategies, such as rotational use of anticoccidials, dietary additives, and improved farm management practices.
Anticoccidial Resistance:
Investigating the mechanisms and molecular basis of drug resistance in Eimeria species.
Studying the genetic mutations associated with resistance to commonly used anticoccidials, including ionophores, sulfonamides, and toltrazuril.
Developing strategies to mitigate resistance, including rotational drug use, combination therapies, and alternative management practices.
Alternative Therapies and Sustainable Approaches:
Exploring natural products, herbal remedies, and probiotic interventions for their potential to control coccidiosis and enhance gut health in poultry.
Investigating the role of prebiotics, postbiotics, and functional feeds in promoting immunity and gut microbiota balance, thereby reducing the severity of coccidial infections.
Researching the potential of plant-based vaccines and genetically modified probiotics as future alternatives to traditional anticoccidials.
Environmental Management and Biosecurity:
Evaluating environmental factors, such as litter management, humidity, and temperature, on the survival and spread of Eimeria oocysts.
Investigating biosecurity practices to reduce the risk of coccidiosis outbreaks on farms.
Developing strategies for controlling oocyst contamination in poultry housing systems, feed, and water.
Economics and Impact Assessment:
Assessing the economic impact of coccidiosis on the poultry industry, including direct and indirect costs of treatment, loss of productivity, and reduced meat and egg quality.
Investigating the cost-effectiveness of various control measures, including vaccination, drug treatments, and management practices.
Analyzing the global market trends and the role of coccidiosis control in ensuring sustainable poultry production.
These research efforts aim to improve the health and welfare of poultry populations, reduce the economic burden of coccidiosis, and promote sustainable practices in the poultry industry.
| Agriculture | No | Yes |
| Precision Nutrition in Cardiometabolic Health | Yes | Life Sciences and Medicine | mousa nouman | mousa nouman | ahmad obeidat | | Research Interests
Our research group is committed to exploring and advancing precision nutrition evidence concerning cardiometabolic health and overall human well-being. Our research efforts focus on the following areas:
Elaborating on the pathophysiology of cardiometabolic syndrome and related metabolic diseases.
We intend to deepen the understanding of the pathophysiology of cardiometabolic syndrome and its related metabolic comorbidities, emphasizing their definition, diagnosis, prevalence, prevention, and management. Common metabolic diseases we study include obesity, type 2 diabetes mellitus, dyslipidemia, heart disease, hypertension, thyroid dysfunction, gout, stroke, potentially gut dysbiosis, and certain cancers.
Unraveling the complex relationship between cardiometabolic syndrome and associated risk factors.
We plan to investigate the intricate relationship between cardiometabolic syndrome and its associated risk factors. The most prevalent risks include various nutritional and lifestyle factors, such as poor diet, eating disorders, physical inactivity, tobacco and alcohol use, as well as socioeconomic and psychosocial issues.
Emphasizing precision nutrition as a fundamental pillar of cardiometabolic health and overall human well-being.
We are committed to developing and refining the concept of advanced precision nutrition as a vital approach for creating comprehensive and dynamic nutritional recommendations considering multiple individual variables, including genetics, microbiome composition, metabolic profile, health status, physical activity, dietary patterns, environmental factors, and socioeconomic and psychosocial attributes.
Disseminating best practice in clinical personalized nutrition and cardiometabolic syndrome.
We seek to translate personalized dietary counseling (precision nutrition) into practical lifestyle changes within healthcare practice settings, intending to reduce overall cardiometabolic risk conditions, particularly in individuals with combinations of prediabetes, type 2 diabetes, hypertension, dyslipidemia, and high waist circumference. | Agriculture | Yes | Yes |
| Precision Nutrition in Obesity and Its Complications | Yes | Life Sciences and Medicine | rima mashal | Shatha Hammad; rima mashal | Asma Albakri; Abeer Shaheen; Yaser Al Rayyan; Islam Khaled Ali Al-Shami | | Precision nutrition focuses on personalizing dietary recommendations and interventions based on individuals' distinctive genetic, metabolic, environmental, and lifestyle factors. Thus, we aim to optimize nutrition for health promotion and disease prevention.
Key interests in this research group include:
Nutrigenomics and Nutrigenetics, which look into the effects of the interaction between nutrients and genetic predisposition on health outcomes.
Detecting genetic polymorphisms that could impact nutritional status or predispose individuals to obesity and its complications.
Microbiome and its role in nutrient absorption, metabolism, and overall health.
Metabolic biomarkers (metabolomics) and their responses to nutrients.
Precision nutrition holds promise to tailor healthcare and nutritional advice to improve overall health and outcomes. Personalized therapeutic diets can specify the effects of macronutrient ratios, micronutrient levels, and other dietary components on disease progression among different individuals; therefore, leading to individualized dietary strategies to manage their health conditions. | Agriculture | Yes | Yes |
| Printed Antenna and Microwave Circuits Design | Yes | Engineering and Technology | Yanal Al Faouri | Yanal Al Faouri | Dr. Hani Jamleh; Noor Awad | | Researchers in the field of printed antenna design are trying to develop new, low-profile, and high-performance antennas for existing wireless technologies. They are interested in optimizing antenna efficiency, miniaturization, and reconfigurability for fulfillment of future technologies such as 5G, 6G, IoT, and biomedical devices. Topics of research include the integration of metamaterials, PIN and varactors switches, graphene-based materials, and liquid crystal substrates for enhancing antenna performance. In addition, researchers explore ways such as fractal geometries, faulty ground structures, and multiple-input multiple-output (MIMO) geometries to achieve improved bandwidth, gain, and flexibility. Energy harvesting and adjustable antenna systems are also given noteworthy attention for environmental-friendly and flexible wireless communication systems.
The interests can be categorized as follow:
Smart Antennas: These antennas modify their emission pattern in response to changes in the surrounding conditions or user demands. Improving overall system performance, decreasing interference, and improving signal quality are the main goals of this field of study.
Microstrip Antennas: These small antennas are used for device-to-device and wireless communication on the Internet of Things. Scholars investigate a range of topics, including fractal design, defective ground, MIMO (multiple input multiple output), and structure.
Metamaterial Antennas: It's an intriguing field to research new materials and antenna architectures, particularly at mm-wave and THz frequencies. Metamaterials can modify electromagnetic waves in novel ways, which can result in inventive antenna designs.
Wearable Antennas: As wearable technology proliferates, it is imperative to create antennas that blend in perfectly with apparel or accessories. For wearable applications, researchers investigate efficiency, adaptability, and miniaturization.
Leaky Wave Antennas: These antennas are useful for beamforming, wireless communication, and radar since they transmit energy throughout their length. The goal of research is to increase their versatility and performance.
Antenna Arrays: To achieve the required radiation patterns and coverage, it is imperative to investigate array shapes, beamforming techniques, and optimization approaches.
5G/4G Antennas: As cellular networks develop, research is currently being conducted to create antennas that satisfy the specifications of 5G and 4G systems.
Internet of Things (IoT) antennas: As the Internet of Things (IoT) grows, small, effective antennas are essential for IoT devices. Researchers investigate low-power, wide-area communication-friendly designs.
Biomedical Applications of Antennas: An interesting area of research is the investigation of antennas for wearable health monitors, implantable sensors, and medical devices.
Antenna Measurements: Reliable performance evaluation is ensured by the development of precise measuring methods and standards for antennas.
Energy Harvesting: To capture electromagnetic waves from various sources, such as radio frequency (RF) signals, microwaves, or even ambient light, and then convert them into electrical power using a rectifier circuit. The generated DC power can be used immediately or stored in a capacitor or battery for later use.
| Engineering | Yes | Yes |
| Prosthetics and Orthotics Healthcare Quality | Yes | Life Sciences and Medicine | Mahmoud AlFatafta | Mahmoud AlFatafta | Bashar AlQaroot; Amneh Alshawabka; alaeddin ahmad | | The Prosthetics and Orthotics Healthcare Quality Research Group is committed to advancing evidence-based care for individuals with limb loss and musculoskeletal conditions. Our mission is to improve service quality, patient experience, and functional outcomes through applied research that addresses real-world challenges in prosthetic and orthotic care.
We focus on patient-centered outcomes, clinical effectiveness, equity in service delivery, and the psychosocial impact of assistive devices. By fostering academic and clinical collaboration locally and internationally, we aim to inform policy, empower clinical practice, and raise the standard of rehabilitation services across Jordan and the region.
Key Research Areas
1. Patient Satisfaction & Experience
Evaluating Patient Satisfaction with Prosthetic Services in Public vs. Private Clinics
Measuring the Impact of Waiting Time on Satisfaction among Orthotic Users
A Cross-Sectional Study of Gender Differences in Prosthetic Service Satisfaction
2. Outcome Measures and Functional Performance
Comparing the Use of TAPES-R and PEQ in Measuring Prosthesis Acceptance
Evaluating the Functional Outcome of Lower Limb Prosthetic Users Using the TUG and AMPpro
Investigating Gait Quality Using 2D Video Analysis in Low-Resource Settings
3. Psychosocial & Emotional Dimensions
Psychological Preparation and Its Role in Prosthetic Acceptance
Mental Health Outcomes in Long-Term Lower Limb Prosthetic Users
Exploring the Social Reintegration of Adolescents Using Orthotic Devices
4. Technical Quality of Devices
The Effect of Prosthetic Alignment Quality on User Comfort and Mobility
Comparing Locally Fabricated vs. Imported Orthoses: A Quality and Satisfaction Study
User Feedback on the Durability of Knee-Ankle-Foot Orthoses (KAFOs)
5. Accessibility & Equity
Barriers to Accessing Quality Prosthetic Care in Rural Areas of Jordan
Financial Burden and Out-of-Pocket Costs Among Orthotic Users
Evaluating Equity in Service Delivery for Pediatric Orthotic Care
6. Clinical Practice & Provider Communication
Evaluating the Role of Clinician Communication in Patient Trust and Retention
Service Quality Assessment Using the SERVQUAL Tool in P&O Clinics
Patient Education and Its Impact on Orthosis Use and Satisfaction
7. Special Populations & Conditions
Quality of Life for Diabetic Amputees Using Prostheses in Jordan
Assessing Service Quality for Children with Cerebral Palsy Receiving Orthoses
Exploring Quality of Service for Elderly Orthotic Users with Spinal Deformities
Our Vision
To become a leading research hub in the Middle East for advancing evidence-based prosthetic and orthotic care, by driving innovation in healthcare service quality, patient satisfaction, and rehabilitation outcomes.
We aim to set national and regional benchmarks for user-centered prosthetics and orthotics services, empowering clinical practice, guiding policy, and enhancing the lives of individuals with limb loss and musculoskeletal conditions through high-impact research and cross-sector collaboration.
| Rehabilitation Sciences | Yes | Yes |
| Protein Engineering & Proteomics Biotech Innovation Group | Yes | Natural Sciences | tareq alhindi | tareq alhindi | Sharif Arar; Shireen Hasan; Jumana Issam Hashem Khaleel; Marah Themh Ibrahim Daoud; Aye Ayman Ragab Elayan | | The Biotechnology and Applied Biochemistry Group focuses on connecting fundamental scientific research to applied fields.
Our interest lies in the functionality of natural macromolecules and synthetic novel molecules. We aim to understand the mechanisms of protein interactions and devise approaches to modify their structure and function, steering them into the applied fields of biotechnology.
The following are highlights of our current research interest:
- Protein evolution and dynamics of protein-protein interaction networks. (understanding structure-function relationship using wet lab and in silico approach).
- Design of novel protein solutions in the field of biotechnology. (directed evolution and rational design protein engineering).
- Novel gene therapies to eradicate pathogens and treat genetic disorders. (RNAi and PNA gene therapies).
- Bioprospecting to discover new secondary metabolites and enzymes that can be utilized in the field of biotechnology. (Genomic and proteomic and GWAS analysis).
- Therapeutic peptides: antimicrobial peptides, bacteriocines, anticancer peptides, antidote peptides. (SPPS for natural and novel peptides).
| Science | No | Yes |
| Public Sector Governance and Modernization | Yes | Social Sciences and Management | Abdel-Hakim Akhoershaideh | Abdel-Hakim Akhoershaideh | Waed Alshoubaki; Diana Al-Fayez; ali mistarihi; AREEB ABDEL HAFEZ ABDUL KAREEM BOUZIEH; waleed alqadi; mohammad hunitie | | The Public Sector Governance and Modernization research group is dedicated to advancing effective, accountable, and future-ready public administration systems. Guided by a mission to support sustainable and inclusive governance, the group conducts rigorous, evidence-based research that informs national reform agendas and enhances institutional performance.
The group’s primary objectives include:
Strengthening civil service reform by promoting merit-based recruitment, performance management, and workforce development.
Fostering a culture of integrity and accountability through the study of anti-corruption frameworks and transparency initiatives.
Accelerating digital transformation to improve service delivery, citizen engagement, and administrative efficiency.
Enhancing public finance management with a focus on fiscal responsibility, budget transparency, and resource allocation.
Promoting institutional culture change that supports innovation, responsiveness, and citizen trust.
Building policy capacity and institutional resilience through capacity-building initiatives and cross-sector collaboration.
Aligning national reforms with global governance standards and international development goals.
| Business | Yes | Yes |
| Quality of Life in Patients with Removable Prostheses | Yes | Life Sciences and Medicine | Nadia Ereifej | Nadia Ereifej | Samiha Sartawi; mohammad bustani; DIMA ABU BAKER; Salah Al-Omoush; Ashraf alqudah | | Our research group aims to provide a comprehensive understanding of how removable prostheses impact patients' lives and guide improvements in treatment approaches, enhancing the overall well-being of users. Our general research intersts are:
Impact of Removable Prostheses on Daily Functioning and Self-Confidence
Investigating how removable prostheses (dentures, partials) affect daily activities such as eating, speaking, and socializing, and how these factors contribute to the overall self-esteem and quality of life in patients.
Psychological and Emotional Well-being of Prosthesis Wearers
Exploring the psychological effects of wearing removable prostheses, including the impact on self-image, body confidence, and mental health, and identifying strategies to address the emotional challenges faced by patients.
Patient Satisfaction and Comfort with Removable Prostheses
Assessing the comfort, fit, and satisfaction of patients using removable prostheses, and identifying key factors that influence long-term adherence to wearing and maintaining the prostheses.
Factors Influencing Prosthesis Adaptation and Acceptance
Examining how demographic factors (age, gender, socioeconomic status) and clinical variables (prosthesis design, materials used, dental health) impact patient adaptation, adjustment, and acceptance of removable prostheses.
Pain and Discomfort Associated with Removable Prostheses
Investigating the types of pain or discomfort patients experience with removable prostheses, including mucosal irritation, sore spots, and denture-related pain, and identifying interventions to alleviate these issues.
Functional Outcomes and Performance of Removable Prostheses
Evaluating how removable prostheses affect the ability of patients to perform essential tasks, such as chewing, speaking, and swallowing, and their role in maintaining nutritional health and social interactions.
Long-term Impact on Oral Health and Hygiene
Studying how the use of removable prostheses influences oral hygiene habits, the development of secondary dental issues, and the long-term maintenance of oral health in patients.
Cultural and Socioeconomic Determinants of Quality of Life with Prostheses
Investigating how cultural attitudes toward removable prostheses and socioeconomic factors influence patient experiences and the overall quality of life of those using removable prostheses.
Educational and Supportive Interventions for Prosthesis Users
Developing and assessing educational programs, support groups, and other resources to improve the quality of life of removable prosthesis users by promoting better care practices and emotional support.
Advancements in Removable Prosthesis Technology
Exploring the role of new materials, technological advancements, and innovations in prosthesis design, focusing on how these innovations improve the fit, comfort, and aesthetic appearance of removable prostheses, ultimately enhancing patients' quality of life.
| Dentistry | Yes | Yes |
| Reconsidering the Historical Legacy of Ibn Khaldun | Yes | Arts and Humanities | AlMahdi AlRawadieh | AlMahdi AlRawadieh | Essam Oqla; Maysoon Al-Nahar | | The research group focuses on the study of textual criticism and the correction of corrupted versions of some of Ibn Khaldun’s works, the analysis of Ibn Khaldun’s historical methodology, and the study of the impact of his historical writings on later historiography and contemporary thought. The group's main research interests include the following:
• Critical re-examination of Ibn Khaldun’s historical writings beyond the Muqaddimah.
• Textual criticism and correction of corrupted or inaccurate editions of Kitab al-‘Ibar (Books 2 and 3).
• Analysis of Ibn Khaldun’s historical methodology and narrative techniques.
• Exploring the neglected historical sections to restore Ibn Khaldun’s status as a pioneering historian.
• Interdisciplinary study involving historiography, philosophy of history, and social sciences.
• Addressing and correcting misconceptions and negative views surrounding Ibn Khaldun’s historical works.
• Promoting collaborative research to enhance understanding of Ibn Khaldun’s full historical legacy.
• Investigating the influence of Ibn Khaldun’s historical writings on later historiography and contemporary thought.
This group, by fostering a deeper understanding of historical narratives and methodologies, aligns with several Sustainable Development Goals (SDGs). Our work contributes to Quality Education by promoting critical thinking, historical literacy, and a comprehensive understanding of diverse intellectual traditions. The emphasis on interdisciplinary study and collaborative research directly supports Partnerships for the Goals, encouraging global cooperation in knowledge creation and dissemination. Furthermore, by addressing and correcting misconceptions about historical figures and their contributions, we indirectly support Peace, Justice, and Strong Institutions through the promotion of accurate historical understanding, which is crucial for informed public discourse and the building of inclusive societies. | Educational Sciences | Yes | Yes |
| Refugee Health Studies | Yes | Life Sciences and Medicine | Hamza Al Duraidi | Hamza Al Duraidi | mohammad darawad; Nisreen Salim; Jafar Alasad Alshraideh; Abdallah Almahaere; Mahmoud Zidan | | This research group adopts the following research interests that are shared by its members:
Physical health of refugees and displaced persons:
Including physical health services provided to refugees inside and outside camps in Jordan, as well as communicable and non-communicable physical illnesses and health problems.
Mental/psychological health of refugees and displaced persons:
Including issues and concerns about the mental and psychological health of refugees, such as depression, stress, PTSD, resilience, and hopefulness.
Health-related social needs and characteristics among refugees:
Issues related to the social aspects of health and their impact on the health and welfare of refugees, such as social capital, health-related social needs, and social determinants of health among refugees.
Health-related quality of life among refugees:
One of the main research interests of this group is the concept of Quality of Life (QoL) and Health-Related Quality of Life (HRQoL), covering a wide spectrum of domains including physical, mental, social, environmental, and spiritual domains.
Safety and security in the refugee health context:
Refugees' perception of safety and security are among the main research interests of this research group for their major reflection on health, wellbeing, and welfare of refugee communities inside and outside refugee camps.
Camp-residency and its health consequences on refugees:
The physical and environmental characteristics of camp residency and their great impact on the health outcomes. In addition, the availability of services, which may vary deeply inside camps compared with outside camps. | Nursing | Yes | Yes |
| Regenerative Dentistry | Yes | Life Sciences and Medicine | Heba Al-Zer | Heba Al-Zer | Areej Assaf; Dr. Yousef Al-Abdallat; Siham AlArag; Mohammad Saleh | | Research in regenerative dentistry mission is to discover effective solutions for various oral diseases. Our Regenerative Dentistry Research Group explores the potential to combine stem cells with 3d scaffolds to regenerate tissues by innovative methods like bioprinting and organoid manufacturing.
The primary areas of interest is to investigate oral tissues regeneration methods by tissue engineering which includes:
1- Investigating different stem cell types and populations in the oral cavity and their potentials and applications in the regeneration of different oral tissues such as enamel, pulp-dentin complex, oral mucosa, TMJ periodontal ligaments, etc.
2- Investigate multiple biomaterials to be recruited in oral tissues regeneration, such as magnesium, collagen, and hydrogels.
3- Study regenerative biological processes' molecular and immunological pathways to implement them in our regenerative studies.
4- Establish protocols for in vitro, in vivo, and clinical trials for regenerative therapies. | Dentistry | No | Yes |
| Rehabilitation for Children with Physical Disabilities | No | Life Sciences and Medicine | Mayson Saleh | Mayson Saleh | | | | Rehabilitation Sciences | No | No |
| Rehabilitation Outcome Measures (ROM) | Yes | Life Sciences and Medicine | Mayis Aldughmi | Mayis Aldughmi; Duaa alwawi | Huthaifa Atallah; Dua' Qutishat; Haidar Zaza; RAWANDA Saed AbDUL RAOUF Hamdan | | The Rehabilitation Outcome Measures (ROM) Group focuses on advancing the development, cross-cultural adaptation, and validation of rehabilitation outcome measures to enhance assessment and clinical decision-making. Our work involves standardizing assessment protocols, fostering interdisciplinary collaboration, and exploring technological advancements to improve rehabilitation outcomes. Additionally, we are committed to training healthcare professionals on outcome measure implementation and supporting evidence-based policies that integrate validated tools into clinical practice.
Development of Culturally Appropriate Outcome Measures
Design and validate rehabilitation outcome measures tailored to the linguistic, cultural, and healthcare contexts of English and non-English speaking communities.
Adaptation and Validation of Existing Measures
Translate, culturally adapt, and validate internationally recognized rehabilitation outcome tools for use in different populations, ensuring reliability and validity.
Standardization and Benchmarking
Establish standardized protocols for assessing rehabilitation outcomes across different countries to facilitate comparability and improve clinical decision-making.
Collaboration and Knowledge Exchange
Foster interdisciplinary collaboration among researchers, clinicians, and policymakers to advance best practices in rehabilitation outcomes.
Integration of Outcome Measures in Clinical Practice
Promote the implementation of validated rehabilitation outcome measures in clinical and community settings to enhance patient-centered care.
Capacity Building and Training
Provide training programs and workshops for healthcare professionals on the selection, administration, and interpretation of rehabilitation outcome measures.
Advocacy for Evidence-Based Rehabilitation
Support policies that encourage the use of validated outcome measures in rehabilitation services to improve quality of care and patient outcomes.
Technology and Innovation in Outcome Measurement
Explore the role of digital health tools, artificial intelligence, and remote monitoring in advancing rehabilitation outcome assessment.
| Rehabilitation Sciences | Yes | Yes |
| Religious Communities and Non-state Actors in the Middle East | Yes | Arts and Humanities | Mahammad Aburumman | Mahammad Aburumman | Ayman Al-Barasneh; Wisam Hazimeh; debbie abuelghanem; dana hesham mufadi almajali | | The Research Group on Religious Communities and Non-State Actors in the Middle East (RC-NSAME) seeks to advance scholarly understanding of how religion and non-state actors intersect with politics, governance, and society across the region. It examines the roles of religious groups and transnational networks in shaping identity, mobilization, and conflict; explores their impact on state institutions, peacebuilding, and post-conflict recovery; and studies how external powers engage with these actors. By doing so, the group aims to generate knowledge that supports more inclusive, stable, and cooperative societies in the Middle East.
Religion and Politics: Exploring how religious communities influence political structures, governance, and policy-making across the Middle East.
Non-State Armed Groups: Examining the role of militias, insurgent movements, and transnational actors that claim religious legitimacy.
Identity and Sectarianism: Studying sectarian dynamics (Sunni, Shia, Christian, Yazidi, Druze, etc.) and their impact on regional stability and conflict.
Religion and Social Mobilization: Understanding how religious institutions and leaders mobilize communities for social, political, or humanitarian purposes.
Transnational Networks: Mapping religious movements and non-state actors that cross borders (e.g., Hezbollah, Muslim Brotherhood, diaspora religious networks).
External Influence: Evaluating how global powers engage with or instrumentalize religious communities and non-state actors in the region.
Post-Conflict Reconstruction: Exploring the role of religious communities in reconciliation, rebuilding, and transitional justice.
“Advancing knowledge on how religion and non-state actors shape governance, peace, and cooperation across the Middle East."
Relevant Sustainable Development Goals (SDGs)
SDG 16 – Peace, Justice and Strong Institutions: Understanding how religious communities and non-state actors influence conflict, governance, and rule of law helps strengthen institutions and foster peaceful societies.
SDG 17 – Partnerships for the Goals: Studying transnational religious networks and external actors promotes knowledge for stronger international cooperation and partnerships.
SDG 5 – Gender Equality: If research addresses how religious institutions affect gender roles and participation. | International Studies | Yes | Yes |
| Resilience and Psychological Well-being | Yes | Arts and Humanities | ahmad abudoush | ahmad abudoush | Somaya Aljaafreh; Feras Al-Habeis; mutaz Mahmoud abdelaziz abuhayeh | | The research group is dedicated to understanding and promoting resilience and well-being, with a particular emphasis on the role of social support systems. Their work explores protective factors and mechanisms that can be enhanced to bolster individual and community resilience. Additionally, the group investigates effective coping strategies and methods for facilitating trauma recovery.
Our main research interests include
1. Psychological resilience and well-being, particularly through the lens of social support systems and resilience-related concepts.
2. Exploring protective factors and mechanisms to enhance resilience and psychological well-being.
3. Developing coping strategies and approaches to psychological recovery. | Arts | Yes | Yes |
| Restorative Options for Dental Implants and Endodontically Treated Teeth | Yes | Life Sciences and Medicine | Mohammad Al.Rabab'ah | Mohammad Al.Rabab'ah; Aseel Sharaireh | Mohammad Al.Rabab'ah; Ahmad El-Ma'aita; Sana'a Aljamani; Wijdan Almanaseer; Aseel Sharaireh; Susan Hattar; DAREEN MOHAMMAD HUSSEIN ABUMAHFOUZ | | Introduction
Our research group is dedicated to advancing evidence-based restorative dentistry by exploring innovative materials, biomechanical principles, and biological mechanisms that enhance clinical outcomes. Our mission is to develop and refine restorative solutions that improve the longevity, functionality, and aesthetics of both implant-supported prostheses and endodontically treated teeth. Through interdisciplinary research, we aim to bridge the gap between material science, implantology, and endodontics to optimize patient-centered treatment approaches.
Vision
We envision a future where restorative dentistry seamlessly integrates cutting-edge materials, regenerative techniques, and biomechanical principles to create durable, functional, and aesthetic solutions for patients with dental implants and endodontically treated teeth. By pioneering advancements in restorative protocols and treatment methodologies, we strive to set new standards for long-term success and patient satisfaction in dental rehabilitation.
Research Focus Areas
All-Ceramic and High-Performance Polymer Restorations
We investigate the mechanical, aesthetic, and biological properties of advanced restorative materials to enhance their performance in dental reconstructions. Our goal is to optimize material selection for durability, biocompatibility, and long-term clinical success.
Loading Protocols in Implant Dentistry
Our research focuses on understanding the biomechanical and biological factors influencing immediate and delayed loading protocols. By evaluating their impact on implant stability and long-term success, we contribute to the development of evidence-based guidelines for clinical practice.
Evidence-Based Practices in Full-Arch Implant Rehabilitations
We develop and refine protocols for full-arch implant-supported restorations, ensuring they are supported by robust clinical data and patient-centered outcomes. Our research seeks to enhance the predictability, functionality, and longevity of these rehabilitations.
Pulp Biology
We explore the cellular and molecular mechanisms that drive pulp regeneration and response to therapeutic interventions. By advancing knowledge in this area, we aim to improve endodontic treatment strategies and promote more effective regenerative approaches.
Outcomes of Endodontic Treatment
Our work analyzes clinical, radiographic, and patient-reported outcomes of endodontic treatments to establish predictive models for treatment success and longevity. These insights help guide clinicians in making informed treatment decisions.
Restorative Options for Endodontically Treated Teeth
We focus on optimizing restorative strategies that preserve structural integrity, enhance aesthetics, and ensure the functional longevity of teeth following endodontic therapy. Our research aims to develop innovative solutions that improve patient outcomes and treatment durability.
By integrating expertise in restorative materials, implantology, and endodontics, our research group strives to push the boundaries of dental science, translating innovations into improved clinical practice and patient care. | Dentistry | Yes | Yes |
| Rethinking Business Performance via Social Responsibility | Yes | Social Sciences and Management | elham al-faory | elham al-faory | | | | Business | No | Yes |
| Rheumatic Diseases | Yes | Life Sciences and Medicine | Fatima Al Naimat | Fatima Al Naimat | Mousa Al-Abbadi; Marwan Adwan; Hamza Al Duraidi; munir abu-helalah | | The Rheumatic Diseases Research Group is dedicated to advancing patient care through high-quality research and collaborative efforts with academic institutions and research networks both locally and globally. Our mission is to enhance the understanding, diagnosis, and treatment of rheumatic diseases by focusing on key research areas, including:
Investigating the immunopathogenesis, genetic factors, and inflammatory pathways driving autoimmune rheumatic diseases.
Identifying novel diagnostic markers, disease activity indicators, and advanced imaging techniques to improve early detection and management.
Exploring AI-driven approaches to optimize treatment strategies.
Assessing risk factors, disease burden, and healthcare disparities to inform public health policies and improve patient access to care.
Musculoskeletal and Systemic Complications: Studying Musculoskeletal and Systemic Complications OF rheumatic diseaes such as osteoporosis, cardiovascular risks,etc .
Evaluating the role of exercise, nutrition, and psychosocial support in disease management and patient well-being.
| Medicine | Yes | Yes |
| Sedimentary Records and Paleoclimate Change | Yes | Natural Sciences | Bety Al Saqarat | Bety Al Saqarat | Hussam Bilbisi | | Our research group specializes in sedimentology and paleoclimate studies, focusing on the landscape evolution of the Jordan Desert and the Jordan Rift Valley. We analyze sedimentary processes, deformation structures, and paleoenvironmental changes using geochemical techniques and advanced dating methods to reconstruct past climate variability. Our work also examines the hydrological history of the Dead Sea to better understand long-term environmental dynamics and their implications for climate change and water resource management. Our research interests include:
Sedimentological Analysis: Investigating the characteristics and distribution of sediments to reconstruct past depositional environments and understand geological processes.
Paleoclimatic Reconstruction: Utilizing sediment records to infer historical climate conditions and their influence on regional geology and ecosystems.
Optically Stimulated Luminescence (OSL) Dating: Applying OSL techniques to date Quaternary lacustrine sediments, providing chronological frameworks for paleoclimate studies.
Paleoenvironmental Proxies: Employing various proxies, such as geochemical signatures and fossil assemblages, to reconstruct ancient environmental conditions.
Human-Environment Interaction: Exploring the implications of paleoclimatic records for understanding early human dispersal and adaptation in the region.
Through these research endeavors, the group aims to enhance the understanding of the geological and climatic history of Jordan, offering insights into broader patterns of environmental change and human evolution.
| Science | Yes | Yes |
| Skin Genetics | No | Life Sciences and Medicine | Noor Al Maani | Noor Al Maani | | | | Medicine | No | No |
| Sleep disorders and Burden | Yes | Life Sciences and Medicine | Khaled Al Oweidat | Khaled Al Oweidat | Dr.Natheer Obeidat; Hadeel Ghazzawi; Asma'a Albtoosh; Montaha al-iede | | 1. General Sleep Disorders: Investigating the prevalence and types of sleep disorders to raise awareness and improve diagnostic criteria, especially in underserved regions.
2. Sleep-Disordered Breathing: Exploring different phenotypes of obstructive sleep apnea (OSA) to develop personalized treatment approaches, recognizing that not all patients present the same way.
3. Burden of Sleep Apnea on Patient Health: Assessing the comprehensive impact of sleep apnea on health, including its links to comorbidities like cardiovascular disease, diabetes, and mental health issues.
4. Burden of Sleep Apnea on Human Life: Analyzing the societal and economic costs of sleep disorders, such as loss of productivity and diminished quality of life, to highlight the need for targeted interventions.
5. Effect of Nutrition on Sleep Disorders: Examining how dietary factors influence sleep quality and exploring effective lifestyle interventions for managing sleep disorders.
6. Athletes’ Sleep Behavior: Investigating the relationship between sleep and athletic performance to optimize training and recovery strategies for both amateur and professional athletes.
7. Sleep Disorders in Specific Populations: Studying how sleep disorders manifest in various demographic groups, such as the elderly, children, or those with chronic illnesses, to identify unique challenges and treatment needs.
8. Psychology and Sleep Medicine: Exploring the interplay between psychological factors and sleep disorders, including how stress, anxiety, and depression can affect sleep quality and vice versa. This can lead to more holistic treatment approaches that address both psychological and physiological aspects of sleep health.
| Medicine | Yes | Yes |
| Social and Administrative Pharmacy | Yes | Life Sciences and Medicine | Saja Alnahar | Saja Alnahar | Ibrahim Alabbadi; Rima Hijazeen; hamzeh almomani; Raya mohd amin a. alshatanawi | | Our research group, 'Social and Administrative Pharmacy', is poised to significantly contribute to the intersection of pharmacy practice, healthcare systems, and society. Our main areas of focus include:
Pharmacy Practice and Healthcare Delivery: This includes studies on the role of pharmacists in healthcare systems and services and the efficacy of pharmaceutical care services. Related research projects investigate how pharmacists' impact and influence patient outcomes, drug adherence, and the management of chronic diseases;
Health Policies and Regulations: Analysing the influence of health policies, regulations, and legislation on pharmacy practice and public health. This area examines the impact of drug policies, payment systems, and regulatory frameworks on the availability of pharmaceuticals, as well as pharmacists' involvement in healthcare provision;
Medication Use and Safety: Relevant research projects focus on analysing the utilisation patterns of medications, evaluating the safety and effectiveness of medicinal treatments, and developing strategies to enhance medication management. Studies may investigate topics such as pharmaceutical errors, adverse drug responses, and the creation of tools to improve safe medication practices;
Health Behaviour Studies: Relevant research projects investigate the impact of behavioural and social factors on drug utilisation and disease outcomes. This encompasses studies on patient adherence to drug regimens, the level of health literacy, and the factors that influence health outcomes. Comprehending the patient's viewpoint, the impact of cultural factors, and factors affecting the interaction between healthcare professionals and patients;
Pharmacy Education and Workforce Studies: This area's primary emphasis is the education, qualification and training of pharmacists, which involves designing curricula, evaluating competencies, and equipping pharmacists for different healthcare positions. Research may assess the efficacy of educational interventions and techniques in improving the preparedness of pharmacy graduates for professional practice. | Public Health Institute | Yes | Yes |
| Social Problems and Interventions | Yes | Social Sciences and Management | Rula Al Sawalka | Rula Al Sawalka | Maysa Rawashdeh; An AlNajdawe; Fawzi Tawahia; Mona Seine | | Our research interest in social problems and interventions spans various critical issues affecting individuals and communities, such as consequences of emotional Labor, juvenile delinquency, violence against women, Burnout, bullying, and suicide are critical areas within the broader field of social problems and interventions. These topics intersect with various aspects of societal well-being and individual mental health. Social problems are complex, often influenced by structural, cultural, and individual factors. Research in this area aims to understand the root causes, consequences, explore which approaches are most effective in alleviating social problems, fostering positive social change, and improving outcomes for marginalized populations, and potential interventions to address these issues
Emotional labor
Emotional labor, also known as emotional management, refers to the process of managing and regulating emotions to fulfill the emotional requirements of a job. It involves regulating one's emotions to present a certain image, demeanor, or emotional response in professional settings, particularly when interacting with clients, customers, or colleagues. While emotional labor can be rewarding and beneficial when managed effectively, it can also lead to emotional exhaustion, burnout, and alienation if not properly supported. Recognizing and addressing emotional labor in the workplace, providing support, and fostering emotional well-being are essential for maintaining a healthy and productive workforce. On other hand, emotional management difficulties refer to challenges in regulating, expressing, or controlling one’s emotions in appropriate ways, which can lead to negative consequences for individuals' well-being and their relationships with others. These difficulties are common across a variety of contexts, including personal relationships, work environments, and social interactions. Interventions for emotional management difficulties aim to help individuals develop the ability to recognize, understand, and regulate their emotions more effectively. The goal is to improve emotional intelligence, emotional resilience, and coping mechanisms.
Violence against women
Violence against women (VAW), It is also known as gender-based violence (GBV), as a social problem is a pervasive issue that affects women worldwide and is recognized as a violation of human rights. It encompasses a wide range of harmful behaviors and actions that are rooted in gender inequality, discrimination, patriarchy, socialization and cultural norms, and economic dependence, that perpetuate power imbalances. The various forms of violence against women, including physical violence, Harassment, emotional, psychological, sexual, and economic abuse has numerous negative consequences that impact the lives of individual victims, their families, and society as a whole. These consequences are not only immediate but also long-lasting, affecting physical, mental, social, and economic well-being. The consequences of violence against women are far-reaching and can have intergenerational effects, often reinforcing cycles of abuse, inequality, and poverty. It is a critical social problem that calls a multi-faceted approach that includes legal reforms, supportive services, prevention strategies, and community-based interventions. Efforts must involve all sectors of society, including governments, NGOs, community groups, and individuals, to promote gender equality, challenge harmful norms, and create a safer, more equitable world for women and girls. There are various strategies and interventions designed to prevent and respond to (VAW) and GBV. These interventions can be preventive, protective, or supportive.
Bullying
Bullying as a Social Problem refers to a harmful, intentional behavior that involves repeated aggressive actions, where one individual (or a group) targets another person in a manner that causes physical, emotional, or psychological harm. It is a significant issue in schools, workplaces, communities, and online environments. As a social problem, bullying has far-reaching consequences that not only affect the individuals involved but also impact society as a whole. Understanding bullying as a social issue requires recognizing the causes, consequences, and potential solutions within the broader social context. Key Types of Bullying: Physical Bullying, Verbal Bullying, Social/Relational Bullying, Cyberbullying.
Burnout
Burnout as a Social Problem is a growing issue in modern society that affects individuals across various sectors, including healthcare, education, business, and social services. It is characterized by physical, emotional, and mental exhaustion resulting from prolonged exposure to stress, particularly in work or caregiving environments. Burnout not only impacts the individual but also has significant societal implications, including lower productivity, higher healthcare costs, and a strain on social systems. As a social problem, burnout reflects deeper systemic issues related to work culture, mental health, and societal expectations. Several social and cultural factors contribute to the rise of burnout as a widespread problem: Workplace Stress, Job Insecurity, Lack of Supportive Work Environments, Emotional Labor and Caregiving Roles, and Socioeconomic Factors.
Suicide
Suicide can be defined as the intentional act of taking one’s own life. It is often associated with feelings of despair, hopelessness, and intense emotional or psychological pain. Suicide as a Social Problem is a complex and tragic phenomenon that has significant implications for individuals, families, and societies. It is not only a personal crisis but also a public health and social issue that requires a broad understanding of its causes, consequences, and strategies for prevention. Addressing suicide as a social problem involves looking at its societal, psychological, and environmental factors, as well as the stigma and barriers that prevent people from seeking help. Moreover, Suicidal thoughts (also known as suicidal ideation) are thoughts or preoccupations with ending one's life. These thoughts can range from fleeting considerations or fantasies to detailed planning of how, when, and where the act would occur. Suicidal ideation is a serious mental health issue and should not be ignored. It is often a response to deep emotional pain, feelings of hopelessness, depression, trauma, or overwhelming life stress. The process of intervention involves a range of strategies and actions aimed at identifying, preventing, and responding to suicidal ideation, as well as supporting individuals in crisis. Effective intervention requires cooperation between Sociologists, professional social workers, and mental health professionals, communities, families, and individuals, and involves a combination of prevention, early intervention, crisis intervention, and postvention efforts.
Juvenile Delinquency
Juvenile Delinquency: As a Social Problem juvenile delinquency refers to the participation in illegal or antisocial behavior by individuals under the age of 18. As a social problem, juvenile delinquency affects not only the youth involved but also their families, communities, and society at large. The issue raises concerns about the effectiveness of social institutions, the justice system, and the broader societal structures in preventing and addressing criminal behavior among minors. The causes of juvenile delinquency are complex and multifaceted, involving individual, familial, social, economic factors, and mental health issues. Understanding it as a social problem is crucial in developing effective strategies for prevention and intervention and policies.
Social interventions
Social interventions are essential responses to social problems, and their success depends on the nature of the problem, the design of the intervention, and the commitment to addressing root causes. Social intervention can be understood as a deliberate action or set of actions designed to address a particular social problem or issue in society. Social problems can range from poverty and inequality to violence, discrimination, and environmental degradation, and crime. These problems often arise due to structural inequalities, systemic issues, or cultural norms, and they can have widespread impacts on well-being, health, economic stability, and social cohesion. Social interventions aim to alleviate these problems or mitigate their negative effects, reduce harm, support affected individuals, promote social change, and improve societal well-being through various strategies, such as policy changes, community support programs, education, or advocacy. Additionally, effective interventions require collaboration between governments, non-profit organizations, community groups, and individuals to create sustainable change.
Social Informatics
Social Informatics focusing on understanding how information systems, technologies, and digital platforms shape human behavior, social institutions, and community structures, and vice versa. Social informatics also examines the impacts of technology on social problems, the role of digital tools in addressing these issues, and the ethical, economic, and cultural implications of their use. | Educational Sciences | Yes | Yes |
| Socioeconomic Analysis for Transforming the AgriFood Systems | Yes | Social Sciences and Management | Nael Thaher | Nael Thaher | Tala Qtaishat; rida Shibli; Mohammad Tabieh; hadeel ahmad shaban ramadan | | The food system transformation must be better supported through more ambitious interlinked science, policy, society interfaces while elements of these interfaces exist, much more is needed. Therefore, the interests of the Research Group focus on the followings:
* Highlight and address the impact of conflicts and crisis in the region on food security in Jordan
* Explore how to build the resilience of Jordan in food security in relation to Jordan situation in importing food
* Link the country situation of food security to the regional and global impact to ensure the safeguard of Jordan's food security at all levels
* Investigate the possible alternatives for food security to ensure access and affordability of certain commodities
* Optimize the utilization and stability of food and strengthening the governance of food security
* Identify gaps and challenges in adopting agricultural technologies and digital agriculture by the small-scale farmers and how they can be best addressed
* Explore factors influence adoption of digital agriculture why and how certain groups of farmers may decide to employ particular farming technologies or not
* Explore the financial needs and demands of small-scale farmers based on their agricultural activities
* Identify the impact of the government backed loans on small-scale farmers, and to discuss best practices for loans organizations and the role of government in implementing agricultural lending operations targeting small-scale farmers in Jordan
* Analyze the socio-economic impact of agricultural cooperatives on rural household and farmers in Jordan
* Determine issues, constraints and opportunities of agricultural cooperatives and its role in rural development and food security
* Describe and analyze the poverty status and dynamics of farm households
* Investigate the effects of agricultural cooperatives on poverty alleviation among the farmers
* Develop and testing sustainable solutions by assessing the impact of interventions on social and gender, economic and environmental indicators
| Agriculture | Yes | Yes |
| Solid Waste Engineering | Yes | Engineering and Technology | Shadi Moqbel | Shadi Moqbel | Bashar AlSmadi; Ghada Kassab; Husam Abuhajar | | -Solid Waste Management: Research focuses on systems and strategies for handling waste generated by human activity, aiming to reduce environmental impact and improve sustainability. This includes collection, transportation, processing, recycling, and disposal, with an emphasis on reducing landfill reliance and promoting resource recovery.
-Landfilling: Landfilling research examines the design, operation, and environmental impacts of landfills. It includes studying leachate management, gas emissions, and long-term site monitoring to mitigate issues like groundwater contamination and greenhouse gas emissions.
-Composting: Composting research investigates the biological process of decomposing organic waste to create nutrient-rich compost. Topics include optimizing microbial activity, reducing odors, accelerating decomposition, and exploring applications in agriculture, landscaping, and soil remediation.
-Emerging Contaminants: This area focuses on pollutants not traditionally monitored, such as pharmaceuticals, microplastics, and personal care products the waste stream or waste disposal facility. Research aims to understand their presence, behavior, and impacts on ecosystems and human health, and develop methods for detection, removal, and mitigation.
-Recycling: Recycling research looks at processes for converting waste materials into new products. It includes exploring new recycling technologies, improving sorting and processing efficiency, developing markets for recycled materials, and reducing contamination to increase recovery rates.
-Resource Recovery: Research in this area emphasizes extracting valuable resources from waste streams, such as energy, nutrients, and metals. The goal is to reduce raw material consumption, minimize waste, and enhance the sustainability of waste management systems.
-Circular Economy: This research promotes transitioning from linear to circular systems, where waste is minimized through reuse, recycling, and resource recovery. Studies often focus on policy development, business models, product design for recyclability, and lifecycle assessments to foster closed-loop systems.
-Sludge Treatment: Sludge treatment research deals with processing wastewater sludge to reduce volume, improve safety, and recover resources. This includes exploring methods like anaerobic digestion, dewatering, and nutrient recovery, as well as minimizing odor, pathogens, and environmental impacts.
-Waste Emissions: Research examines emissions from waste management processes, including greenhouse gases (methane, carbon dioxide) and pollutants (volatile organic compounds, particulate matter). Focus areas include emission reduction strategies, monitoring technologies, and policy implications for mitigating climate change and air pollution.
These research areas often intersect, contributing to more holistic and sustainable waste management solutions. | Engineering | Yes | Yes |
| Sport Nutrition Profiling | Yes | Life Sciences and Medicine | Hadeel Ghazzawi | Hadeel Ghazzawi | Adam Tawfiq Amawi | | Our research focuses on understanding and optimizing the relationship between nutrition and sport performance.
By investigating areas such as dietary supplements, meal timing, hydration strategies, and the psychological aspects of body image, we aim to enhance athletes' physical capabilities and overall well-being.
Additionally, we integrate advanced tools, including artificial intelligence, to develop personalized dietary recommendations and performance prediction models. This interdisciplinary approach bridges the gap between science and practice, offering innovative solutions for athletes and sports professionals.
1. Eating Disorders Among Athletes: Our research investigates the prevalence of eating disorders among athletes and the factors associated with them.
Example: A study titled "The Prevalence of 'at Risk' Eating Disorders among Athletes in Jordan" evaluates the extent of these disorders in Jordanian athletes.
2. Impact of Fasting on Athletic Performance: Exploring the effects of Ramadan fasting on adolescent athletes' dietary intake and body composition.
Example: A systematic review titled "Effects of Ramadan Observance on Dietary Intake and Body Composition of Adolescent Athletes" provides detailed insights into these effects.
3. Assessment of Psychometric Tools Related to Athletics: Translating and validating psychometric tools, such as the "Muscle Dysmorphic Disorder Inventory" (MDDI), to Arabic to better understand body image disorders among athletes.
Example: The study "Muscle Dysmorphic Disorder Inventory (MDDI): Translation and Validation of an Arabic-language Version" contributes to identifying dysmorphic symptoms in athletes.
4. The Role of Dietary Supplements in Athletic Performance: Examining how micronutrient supplements influence performance and recovery in athletes.
Example: The paper "Exploring the Relationship between Micronutrients and Athletic Performance" reviews the literature on this topic in sports medicine.
5. AI-Powered Dietary Recommendations for Athletes:
Use machine learning algorithms to analyze athletes' genetic, metabolic, and physical performance data to create personalized nutrition plans.
6. Personalized Hydration Strategies Using AI :
Develop AI models to calculate hydration needs based on environmental conditions, physical activity levels, and body composition.
7.AI-Driven Genetics and Circadian Nutrition for Personalized Athlete Recovery and Performance:
This research area integrates genetic insights, sleep patterns, and circadian rhythms with AI-driven personalized nutrition to optimize athletic performance and recovery.
| Agriculture | Yes | Yes |
| Structural Engineering & Construction Materials | Yes | Engineering and Technology | Hussein al-kroom | Hussein al-kroom | Ibrahim Khaldoon Khudhair Al-Ani | | Structural engineering and Building materials research are pivotal in addressing modern construction challenges and promoting sustainable development. Key areas of interest include:
Shear Connectors and Innovative Connections: Developing advanced shear connectors and innovative structural connections to enhance the performance and durability of composite structures.
Finite Element Modelling (FEM): Employing FEM for accurate simulation and analysis of complex engineering problems, optimizing designs and predicting performance.
3D Printing in Construction: Exploring additive manufacturing techniques for construction materials, enabling customized, efficient, and rapid construction processes.
Geopolymer Concrete and Alkali-Activated Materials: Investigating eco-friendly alternatives to traditional concrete, leveraging sustainable, high-performance materials.
Nanotechnology Applications: Enhancing construction materials' strength, durability, and functional properties through nanoscale innovations.
Lightweight Concrete: Optimizing lightweight concrete for structural applications by balancing weight reduction with mechanical properties.
Recycling Industrial Waste: Developing methods to incorporate industrial by-products into construction materials, reducing environmental impact and promoting circular economies.
Sustainable and Eco-Friendly Materials: Focusing on materials and methods that lower carbon footprints while improving energy efficiency in construction.
Energy Saving in Buildings: Designing and retrofitting buildings to minimize energy consumption, integrating renewable energy solutions.
Rheology and Hydration of Cementitious Materials: Understanding and optimizing the flow, setting, and hardening properties of cement-based materials.
Radiation Shielding and Fire Resistance: Innovating materials that enhance safety and resilience against radiation exposure and fire hazards.
| Engineering | Yes | Yes |
| Supercritical Fluid Technology: Pharmaceutical Applications | No | Life Sciences and Medicine | Rana Obaidat | Rana Obaidat | Zayed Al_hamamre | | | Pharmacy | No | No |
| Supply Chain Management | Yes | Social Sciences and Management | Ziad Al-Kalha | Ziad Al-Kalha | Zubi Alzubi; yazan alzain; Samer Hamadneh | | The research group is committed to advancing sustainable supply chain management practices by exploring a wide range of intersecting interests, including environmental issues, social responsibility, economic efficiency, and the integration of artificial intelligence (AI).
Their focus spans the development of AI-driven solutions to optimise processes, reduce carbon emissions, and enhance resource efficiency across supply chain lifecycles.
Additionally, they aim to address social implications, ethical considerations, and promote circular economy principles within supply chains.
Empowering small and medium-sized enterprises (SMEs), enhancing supply chain resilience, and fostering cross-sector collaboration are key priorities.
Through interdisciplinary efforts, the group seeks to drive positive impact and innovation in sustainable supply chain management, leveraging AI technologies alongside responsible practices to achieve shared goals. | Business | Yes | Yes |
| Surface Water Resources Management and Sustainability | Yes | Life Sciences and Medicine | Maysa Shamout | Maysa Shamout | Khaldoun Shatanawi; Mahmoud Abu AlHaija; Radwan Al-Weshah; Zahra Hasan Mohammed Mustafa | | The main objective of the "Surface Water Reseources Management and Sustainability" Group is to address the issue of water scarcity in countries with limited water resources in order to ensure the availability and sustainability of water for the growing population and their activities without conflict among Sectors. The Research Interests of this Group are summarized as follows:
1- Implementing and developing hydrological and modeling applications to analyze the hydrology of river basins for surface water resources management and sustainability;
2- Improving water use efficiency in water stressed areas for irrigation and domestic use, as well as managing water supply versus water demand based on water rights between sectors, social conditions and human needs, as well as finding alternative water sources and viable scenarios in close collaboration with relevant actors to preserve water quantity and quality;
3- Researching and implementing cost-effective and environmentally friendly management methods such as water bioremediation, intelligence applications and updated smart instruments to ensure and support the sustainability of surface water resources;
4- Investigating the long term effects of water quality on the surrounding ecosystem. This involves conducting a thorough analysis of the biogeochemical properties of natural water, a comprehensive evaluation of various parameters affecting water quality, and a detailed examination of a wide range of environmental pollutants; | Water, Energy and Environment Center | Yes | Yes |
| Sustainability in Cultural and Natural Tourist Attractions | Yes | Social Sciences and Management | yahya Alzghoul | yahya Alzghoul | MALEK JAMALIAH; Ayman Harb; Mohammad Alazaizeh; Nidal Al Zboun; Aahed Khliefat; Tawfiq Almajali | | Our research group focuses on advancing critical understanding of the relationships between tourism, sustainability, and sustainable development pertaining to cultural and natural tourist attractions. Our group is dedicated to conducting high quality, evidence-based research with a focus on both the practical and theoretical aspects. Our interests in tourism, sustainability, and sustainable tourism development encompass a cutting-edge range of diverse topics.
Sustainable Tourism Development in cultural and natural tourist attractions.
We are interested in studying the three bottom lines of sustainable tourism development in cultural and natural attractions. The economic, social, and environmental dimensions. Reseach covers several stakeholder groups, such as tourists, local communities, and officials.
Responsible and sustainable tourist behavior.
Tourists and visitors are important for achieving sustainability objectives. They have the cababilities to reduce their burden uopn different tourist destination and save attractions.
Local community and sustainable tourism development in natural and cultural tourist attractions.
Local communites support are vital for the success of tourism at all. Research could deal with their perceptions, support, and inputs. Addtionally, research efforts could also focus on empowering local people and supproting small-and-medium enterprises.
Responsible natural and cultural tourist attractions management.
Best practices for the management process are to be elaborated and explained. Studies on local participation, well-being of locals, and cooperation netweoks are warrented.
Corporate social responsibility of tourism and hospitality companies.
Private sector is a key player in the tourism industry. CSR studies pertaining to natural and cultural tourist attractions have the capability to uncover the unique role private sector may play in achieving a more responsible tourism development. | Archaeology and Tourism | Yes | Yes |
| Sustainable Concrete | No | Engineering and Technology | Rabab Al Louzi | Rabab Al Louzi | | | | Engineering | No | No |
| Sustainable Digital Design and Architecture Intelligence | No | Arts and Humanities | Shereen Tabbalat | Shereen Tabbalat | | | | Arts and Desgin | No | No |
| Sustainable Tourism through Consumer Behaviour Analysis | Yes | Social Sciences and Management | Farah Shishan | Farah Shishan | Dana Kakeesh; Ayat Al Hawary; Ismaiel Abuamoud | | Consumer Behaviour:
Understanding how travellers make decisions, especially regarding eco-friendly choices, is key to promoting sustainable tourism. Our research delves into the psychological, social, and environmental factors that influence consumer preferences and behaviours.
Green Consumerism:
We explore how consumers increasingly opt for products and services that minimise environmental impact. This trend is critical in shaping the future of tourism and hospitality, where eco-conscious choices can lead to more sustainable operations.
Green Marketing:
Our focus on green marketing strategies aims to help businesses communicate their sustainability efforts effectively. We study how green marketing can influence consumer behaviour and drive the adoption of eco-friendly tourism practices.
Sustainability:
This overarching theme guides our research as we investigate ways to ensure long-term environmental, social, and economic health in tourism. Sustainability is essential for preserving natural and cultural resources for future generations.
Sustainable Tourism:
Our research group is committed to exploring how tourism can balance economic growth with environmental protection. We study practices that minimise the industry's ecological footprint while supporting local communities.
Green Hospitality:
We examine how the hospitality sector, including hotels, resorts, and restaurants, can adopt sustainable practices. Our research looks at ways to reduce resource consumption and waste while maintaining high service standards.
Green Hotels:
Green hotels implement energy-saving technologies, water conservation, and waste reduction strategies. We study how these practices impact consumer satisfaction and loyalty and contribute to the overall sustainability of the tourism industry.
Green Restaurants:
Restaurants that incorporate sustainable sourcing, waste management, and eco-friendly practices are gaining popularity. We explore how these establishments can appeal to the growing demand for green dining experiences.
Sustainable Wellbeing:
We research how sustainable tourism practices can improve not only environmental conditions but also the overall wellbeing of communities and travellers. This includes physical, mental, and emotional health linked to sustainable environments.
Sustainable Development Goals (SDGs):
Our work aligns with the United Nations' SDGs, particularly those focused on responsible consumption and production, climate action, and sustainable economic growth. We explore how tourism can contribute to these global goals.
Greenwashing:
Greenwashing, or falsely promoting products or services as environmentally friendly, is a challenge in sustainable tourism. We investigate its impact on consumer trust and how to identify genuine sustainability efforts.
Green Technology Adoption:
We study how tourism and hospitality sectors can integrate green technologies, such as renewable energy, waste reduction technologies, and digital innovations, to enhance sustainability and efficiency.
Tourism Marketing:
We explore the strategies that best promote destinations and services in ways that highlight their sustainability efforts, attracting eco-conscious travellers and enhancing destination competitiveness.
Services Marketing:
Our research looks into how the hospitality and tourism services marketing can incorporate sustainable practices, ensuring service delivery aligns with eco-friendly values.
Hospitality:
Focusing on the hospitality industry, we investigate how businesses can balance luxury and service quality with sustainability, ensuring that green practices do not compromise guest satisfaction.
Ethical Beliefs:
We delve into how ethical considerations, such as environmental responsibility, influence consumer choices and business practices in tourism and hospitality, encouraging more responsible behaviours across the industry.
Theory of Planned Behaviour:
This theory is used to understand how individual attitudes, subjective norms, and perceived control influence the intention to engage in sustainable behaviours, such as choosing eco-friendly travel options.
Technology Acceptance Model (TAM):
We apply TAM to study how technology, especially in the form of green innovations, is adopted in tourism and hospitality, focusing on perceived usefulness and ease of use.
Unified Theory of Acceptance and Use of Technology (UTAUT):
Our research uses UTAUT to understand the factors that influence the adoption of new technologies in the tourism sector, particularly green technologies, and how they can improve both operational efficiency and sustainability outcomes.
| Business | Yes | Yes |
| Systematic Reviews and Meta-analysis: Joanna Briggs' Methodology | Yes | Life Sciences and Medicine | Diana Arabiat | Diana Arabiat | najla odeh; Osama abu-hammad; mohammad algabery; Zeinab Arabeyyat; Eman Abu Sabbah; SARA FARID LUTFI KHALAF | | Through using JBI methodology for conducting the literature review, we aim to encourage students and staff to use systematic methodology for building their research. Narrative and traditional forms of literature reviews used often by our students are not truly useful as scientific evidence and they often hold certain bias in data search methods and conclusion.
Using systematic reviews, rather than traditional narrative reviews reduces selection and confirmation bias. Hence, our research interest lies in all type of reviews that utilise JBI methodology. This includes scoping reviews, and systematic reviews utilising quantitative methods, qualitative methods, or mixed methodologies.
Conducting systematic reviews and scoping reviews in this group is supported by the JBI Manual for Evidence Synthesis and researchers from other JBI affiliated groups, who are methodologists passionate about developing resources and educating researchers and institutions on the best approach to conduct systematic reviews and scoping reviews. The followings are some of the main areas of interest:
Quality Care,
Digital Health,
Chronic illnesses,
Oral Health and
Nanotechnology | Nursing | Yes | Yes |
| Systematically Engineered 3D Printing for Healthcare Manufacturing | No | Engineering and Technology | Wafa' AlAlaween | Wafa' AlAlaween | | | | Engineering | No | No |
| Tadween: Documenting Jordan’s Archaeological Cultural Heritage | No | Arts and Humanities | nada alrawabdeh | nada alrawabdeh; Hiba Hajaj | Ruba Seiseh; Abdelhadi Alqaiadeh | | | Archaeology and Tourism | No | No |
| Taxation | Yes | Social Sciences and Management | mohammad abu nasser | mohammad abu nasser | taha almarayeh; Ghalib aburumman; Hala Zaidan; Ahmad Jitawi | | Our research group focuses on exploring the mechanisms and strategies companies employ to minimize tax liabilities, including
1. tax avoidance techniques
2. corporate tax planning
3. the role of tax havens.
We aim to investigate the impact of regulatory policies, corporate governance, and international taxation on tax avoidance practices, as well as the ethical, financial, and societal implications of these strategies. | Business | Yes | Yes |
| Teaching Islam: Methods and Approaches | Yes | Arts and Humanities | Dr. Ibrahim Hammad | Dr. Ibrahim Hammad | Manssour Magdade; akram albasheer; Nezar AL-labadi; Oumama Hamasha; Laith Haitham Ali AlArman | | The Teaching Islam: Methods and Approaches Research Group is dedicated to advancing research and practice in the field of Islamic education and Islamic Studies. Our primary focus is to explore, develop, and promote innovative and effective methods for teaching Islam across diverse educational settings — including schools, mosques, and community learning spaces.
This group seeks to move beyond traditional instructional models by integrating contemporary educational theories, modern pedagogical strategies, digital technologies, and cross-cultural perspectives. Our work aims to enhance both the teaching and learning of Islam in ways that are responsive to the needs of today's learners while remaining rooted in authentic Islamic knowledge.
Key Research Areas
1. Islamic Pedagogy in Contemporary Education
Exploring student-centered, inquiry-based, and reflective practices in Islamic pedagogy.
Bridging classical Islamic teaching methods with modern educational strategies and tools.
2. Curriculum Innovation in Teaching Islam
Designing adaptable and dynamic curricula that combine foundational Islamic knowledge with contemporary educational demands.
Encouraging critical thinking, creativity, and analytical skills within Islamic studies.
3. Teaching Islam in Diverse and Secular Contexts
Addressing pedagogical challenges in multicultural and secular learning environments.
Promoting intercultural and interfaith dialogue through Islamic educational practices.
4. Technology and Digital Transformation in Teaching Islam
Utilizing digital tools, e-learning platforms, and artificial intelligence to support Islamic education.
Evaluating the effectiveness of online, blended, and hybrid learning approaches in teaching Islam.
5. Professional Development for Islamic Educators
Providing training for teachers on effective methods for teaching Islam and fostering classroom engagement.
Developing certification programs and resources for educators specializing in Islamic pedagogy.
6. Assessment and Learning Outcomes in Islamic Education
Establishing authentic, balanced assessment models that align with Islamic educational values.
Measuring the impact of Islamic pedagogy on students' ethical, spiritual, and intellectual growth.
7. Islamic Ethics, Moral Education, and Character Development
Investigating the role of Islamic education in nurturing ethical values, positive behavior, and character development.
Integrating moral education frameworks within Islamic studies curricula.
8. Madrasas and Formal Education: Bridging the Gap
Exploring strategies for integrating traditional madrasa education with contemporary schooling systems.
Evaluating modernization efforts and curriculum reforms within madrasas in line with Islamic pedagogy.
9. Policy, Reform, and the Future of Teaching Islam
Analyzing national and international policies influencing Islamic education.
Advocating for reforms that enhance the relevance, quality, and impact of Islamic pedagogy worldwide.
10. Islamic Educational Thought and Modern Challenges
Revisiting classical Islamic educational philosophies and adapting them to current educational realities.
Addressing contemporary challenges such as globalization, secularism, and technological change within Islamic education.
Our Vision
The Teaching Islam: Methods and Approaches Research Group is committed to fostering innovation, collaboration, and scholarly excellence in the field of Islamic education. By integrating tradition with modern educational practices, we seek to contribute to the development of effective, engaging, and future-oriented methods for teaching Islam across diverse learning environments. | Educational Sciences | Yes | Yes |
| Teaching Turkish as a Foreign Language | Yes | Arts and Humanities | Bagda Musa | Bagda Musa | Selmin KUS | | Our research is committed to evaluating and enhancing the tools and methods used in teaching Turkish as a foreign language. By combining research with practical application, we aim to provide actionable solutions that help improve language learning outcomes. Our work contributes to the development of more effective, engaging, and culturally relevant teaching practices, ensuring that learners have the best possible resources and methods for acquiring Turkish.
We are interested in the following areas:
Evaluating and Developing Teaching Methods: We conduct in-depth evaluations of current teaching methodologies for Turkish, examining their effectiveness and identifying areas for enhancement. We don’t just analyze—our goal is to develop new or improved approaches that better support language learners and optimize their learning experiences.
Curriculum and Educational Material Development: Our research involves assessing and improving existing Turkish language curricula, textbooks, and learning resources. We work on developing new, innovative materials that are pedagogically sound, culturally relevant, and adaptable to the needs of learners at different proficiency levels.
Integrating and Enhancing Technology in Language Learning: We investigate the role of technology in Turkish language education, evaluating existing apps, online platforms, and virtual learning tools. Additionally, we aim to improve and adapt these technologies to better support Turkish learners, ensuring that these resources are engaging and effective.
Addressing Linguistic Challenges and Error Analysis: Our research focuses on analyzing common language challenges faced by learners, such as pronunciation and grammar difficulties. We develop and propose solutions to these issues, refining methods and materials to make the learning process smoother and more effective.
Cross-Cultural Communication and Integration: We explore how learning Turkish facilitates cross-cultural communication and integration. Our research also aims to create methods and resources that help learners understand Turkish culture more deeply, thereby improving cultural exchange and communication between Turkish-speaking communities and others.
Developing Comprehensive Assessment Tools: We not only assess the effectiveness of existing language proficiency tests, but we also develop new and improved methods for evaluating Turkish language skills. This includes the creation of fair, reliable, and comprehensive tools for measuring reading, writing, speaking, and listening proficiency. | Foreign languages | Yes | Yes |
| Technology and Innovation in Sport Management | No | Arts and Humanities | Amer Al Shaar | Amer Al Shaar | | | | Sport Sciences | No | No |
| The Alignment of SDGs in the Legislative Environment | No | Arts and Humanities | Tawfiq Almajali | Tawfiq Almajali | Shadi AbuHelo; Ibrahim Al-Ramamneh; mohammad alrahamneh; Assem Aladaileh; Yasmeen Abu-Taleb | | | School of Law- Aqaba | No | No |
| The Climate Agro-Ecosystem | Yes | Life Sciences and Medicine | Michel Rahbeh | Fayha Al-Shibli; Michel Rahbeh | jawad bakri; Radwan Al-Weshah; Heba Fuad Eid aljawaldeh | | This research focuses on understanding and improving water resource management in Jordan by modeling water flow and quality across surface and groundwater systems. Key areas of study include the impacts of climate change on drought, dam sustainability, and water management, alongside runoff, rainfall, and groundwater recharge. It explores innovative water harvesting and soil conservation techniques at watershed and farm levels while advancing environmental monitoring and impact assessment. The research also emphasizes developing geodatabases for land resource management and leveraging crop modeling and decision-support tools to optimize resource use and ensure sustainability.
Modeling water flow and quality in Jordan's surface and groundwater systems, focusing on runoff, rainfall, groundwater recharge, and soil pollution.
Studying climate change impacts on drought, dam sustainability, and water management.
Exploring water harvesting and soil conservation techniques at watershed and farm levels.
Developing environmental monitoring and impact assessment.
Creating geodatabases for managing land resources.
Using crop modeling and decision-support tools for better resource management.
| Agriculture | Yes | Yes |
| The Geography of Land Cover and Land Use | Yes | Natural Sciences | dalal zreqat | dalal zreqat | hebah alkhasoneh; safaa al-wedyan; Bader Obeidat; MOHAMMAD ABD AL RAZZAK MOHAMMD AL-DWAIRI | | The research interests aim to analyze the complex interactions between economic transformations, spatial land use patterns, water resources, and climate change by employing modern tools such as remote sensing, Geographic Information Systems (GIS), and spatial modeling. The goal is to provide insights that support integrated planning and sustainable development in both urban and rural environments.
Key Themes:
- Spatial Patterns of Land Cover and Land Use :
Study the distribution and arrangement of various land uses (e.g., agricultural, urban, forested, and industrial) and land covers (e.g., vegetation, water, bare soil) through geospatial analysis.
- Temporal Dynamics of Land Cover and Land Use Change:
Analyze how land cover and land use have changed over time due to natural processes and anthropogenic activities, using time-series satellite imagery and historical land records.
- Modeling Climate Change and Its Effects on Land Use Distribution:
Integrating climate projections with land data to assess the effects of climate change on agricultural activity, vegetation cover, and rural communities.
- Land Use and Food Security:
Exploring the geographic dimensions of agricultural land use change and its impacts on food production, with a focus on regions facing water scarcity and climate stress. This research aims to understand how land use patterns influence national food security and long-term sustainability.
- Analyzing the Impact of Economic Transformations on Land Use Patterns:
Investigating how changes in economic policies, investments, infrastructure, and population growth influence land use patterns, and assessing the resulting economic impacts in urban and rural areas.
- Urban Transformation and Unplanned Growth:
Analyzing urban expansion and its impact on agricultural land and environmental resources, with a focus on disparities between central and peripheral areas.
- Applying Artificial Intelligence and Machine Learning in Land Studies:
Developing intelligent models to classify and predict changes in land cover, linking them to economic, climatic, and social factors.
- Governance and Policy in Land Use Management:
Evaluating the role of development policies and spatial planning in guiding land use changes and promoting a balance between development and resource conservation. | Arts | Yes | Yes |
| Theoretical Syntax | Yes | Arts and Humanities | basem al-rabaa | basem al-rabaa | Marwan Al-Jarrah; Boshra Tariq Rashad Mahmoud; LEEN ABDEL WAHAB MAHMOUD ABABNEH | | Our research group is dedicated to advancing the understanding of syntax through both theoretical and empirical lenses. We explore the fundamental structures of human language by investigating the rules that govern sentence formation, the mechanisms of language acquisition, and the intricate intersections of syntax with semantics, morphology, phonology, and pragmatics. By combining cutting-edge theoretical models with robust empirical data, we attempt to delve more deeply into how linguistic structures emerge, evolve, and function in the mind. Our mission is to advance a holistic understanding of language that captures the dynamic interplay of its various components, while contributing to a deeper insight into the cognitive, social, and communicative nature of human language.
Furthermore, in order to accomplish better understanding of syntactic theories on language acquisition, our group started building the Child Language Corpus for Jordanian Arabic, which plays a crucial role in enhancing the exploration of language acquisition by providing a rich, data-driven resource that captures authentic language use across different contexts and stages of development. By analyzing natural language data from various sources—such as child-directed speech, spontaneous conversations, or reading materials—we can track patterns in vocabulary, syntax, and pragmatics as they emerge in real-time. This empirical approach allows for a more accurate and nuanced understanding of how children acquire linguistic structures, how input influences development, and how different linguistic domains interact during the acquisition process. Ultimately, our corpus offers a powerful tool to complement experimental methods and provide insights grounded in actual language use.
The Research Interests of this group include:
The minimalist program: how humans produce and understand sentences with the simplest possible rules
The phase theory: how sentences are built in small chunks called phases, like steps in a process
Comparative syntax: how differences between languages can be explained through universal patterns
Syntactic movement: how words are fronted within a sentence for syntactic and pragmatic reasons, such as argument movement (e.g., movement of objects to subject position in passive constructions), head movement (e.g., verbs), and A-bar movement (e.g., movement of wh-words)
Syntactic typology: how languages are classified into types or patterns, like the order of subject (S), verb (V), and object (O) in sentences (e.g., English uses SVO: "Jack drinks coffee")
The acquisition of syntax: how, and in what order, children acquire language
The interface levels: the morphosyntax-semantics interface (the connection between word formation, syntactic structure, and meaning), the syntax-phonology interface (the connection between syntactic structure and sounds), the syntax-prosody interface (the connection between syntactic structure and the rhythm and melody of speech), and the syntax-pragmatics interface (the connection between syntactic structure and contextual meaning)
Computational and corpus linguistics: how to build large collections of real-world texts or speech (called "corpora") and analyze them using computational methods
Language variation and change: how languages differ and evolve over time | Foreign languages | Yes | Yes |
| Total Pharmaceutical Solutions for Natural Drugs | Yes | Life Sciences and Medicine | Talal Abu-Rjai | Talal Abu-Rjai | yahia Tabaza; Nehaya Alkarablieh; Muhammad ALzweiri; Walhan Alshaer; Sara Khaleel Ibrahim Jumah; violet kasabri | | Our mission:
Our research group is dedicated to advancing the scientific understanding and therapeutic application of natural products. By integrating ethnopharmacological insights, rigorous analytical methods, biological efficacy studies, and innovative formulation strategies, we aim to bridge traditional knowledge with modern science. Our mission is to discover, validate, and optimize natural compounds for the prevention and treatment of diseases, ensuring their safety, efficacy, and accessibility. Through interdisciplinary research and collaboration, we strive to contribute meaningful solutions to global health challenges and support the development of evidence-based natural therapies.
Our research group's research interests span four key areas within the field of natural products:
1. Ethnopharmacology and databasing:
Ethnopharmacology
We explore the traditional use of medicinal plants and natural remedies in various cultures to uncover potential therapeutic benefits. By studying indigenous knowledge and practices, we aim to identify novel bioactive compounds that can be developed into effective medicines.
2. Natural products analysis:
Quality Control of Nutraceuticals
Ensuring the safety, efficacy, and quality of nutraceuticals is a primary focus. We develop and validate analytical methods to assess the purity, potency, and consistency of these products, which are derived from natural sources and used for health promotion and disease prevention.
3. Biological effects of natural products:
Antimicrobial Effect of Natural Products
Our research investigates the antimicrobial properties of natural products to discover new compounds that can combat resistant bacteria, fungi, and viruses. This work is crucial in addressing the growing challenge of antimicrobial resistance and finding alternative treatments for infections.
Antinephrolithiatic Effect of Natural Products
We study the effects of natural products on kidney stone formation and dissolution. Our goal is to identify natural compounds that can prevent or treat nephrolithiasis, offering safer and more effective alternatives to current therapies.
4. Formulation of Natural products:
Nanotechnology and Anticancer Effect of Natural Products
We utilize nanotechnology to enhance the delivery and efficacy of natural anticancer agents. By developing nano-sized carriers for these compounds, we aim to improve their bioavailability, target specificity, and therapeutic outcomes in cancer treatment.
Through these diverse research areas, our group aims to advance the understanding and application of natural products in modern medicine, contributing to the development of new therapies and improving health outcomes. | Pharmacy | No | Yes |
| Type one Diabetes - T1D | Yes | Life Sciences and Medicine | Abeer Alassaf | Abeer Alassaf; Rasha odeh | Mohammad Al-Momani; Diana Arabiat | | Our research group is committed to improving the lives of people with Type 1 Diabetes (T1D) in resource-limited settings through affordable, scalable, and culturally adapted solutions. We focus on practical research areas such as: optimizing insulin access and delivery in low-resource environments and improving diabetes education to enhance self-management. We also study the epidemiology of T1D in our region, including late diagnosis and complications. By collaborating with clinicians, policymakers, and communities, our goal is to reduce disparities in T1D care and outcomes through contextually relevant research.
We aim to:
Profile the clinical status for type one diabetes in Jordan
Establish a registry for type one diabetes in Jordan
Establish the incidence and prevalence of type one diabetes in Jordan
Define the gaps in management of the disease in Jordan | Medicine | Yes | Yes |
| Water, Energy, Food, and Environment (WEFE-NEXUS) | Yes | Engineering and Technology | Ahmed Al-Salaymeh | Ahmed Al-Salaymeh | Mahmoud Irshidat; kholoud hassouneh; Bashar Qawasmeh; LARA ABDEL-ELAH MOHAMMAD AL-SHBOUL | | Our Commitment to the WEFE Nexus
Our group is deeply dedicated to utilizing our diverse technical expertise to advance research and develop innovative solutions within the Water, Energy, Food, Environment (WEFE) Nexus. By integrating knowledge across these interconnected fields, we strive to create sustainable, data-driven approaches that address pressing global challenges.
Understanding the Complex Interconnections
The WEFE Nexus represents a dynamic and interdependent system where changes in one sector inevitably impact the others. Our research focuses on understanding these intricate relationships to develop strategies that foster efficient resource use, climate resilience, and sustainable development. By recognizing the synergies and trade-offs among water security, energy production, food systems, environmental sustainability, we aim to support holistic and long-term solutions.
Developing Innovative Frameworks and Tools
To optimize resource utilization and minimize environmental impact, we are committed to designing and implementing cutting-edge frameworks and analytical tools. These tools facilitate cross-sector integration and provide evidence-based insights for stakeholders, including policymakers, industry leaders, and local communities. Our work spans multiple sectors, including:
Agriculture – Enhancing water and nutrient efficiency while promoting climate-smart farming practices.
Renewable Energy – Exploring sustainable energy solutions that balance food and water needs.
Water Management – Developing policies and technologies for improved water conservation and distribution.
Leveraging Advanced Modeling and Analytics
By employing state-of-the-art modeling, machine learning, and big data analytics, we generate actionable insights that drive evidence-based decision-making. These advanced methodologies help us assess risks, forecast trends, and evaluate the effectiveness of various interventions. Our goal is to empower stakeholders with the tools they need to transition toward more sustainable, resilient, and equitable systems.
Driving Policy and Systemic Change
Through our interdisciplinary approach, we engage with policymakers, researchers, and industry experts to shape informed policies and promote best practices in sustainable resource management. By bridging the gap between scientific research and real-world applications, we contribute to the development of strategies that ensure long-term environmental and societal well-being. | Engineering | Yes | Yes |
| Welding Metallurgy: Lifetime Durability and Failure Analysis | No | Engineering and Technology | Abdelkareem Abdeljawwad | Abdelkareem Abdeljawwad; Mahmoud Barghash; mohammad altahat | | | | Engineering | No | No |
| Wheat Genetic Optimization and Advancement for Livelihoods | No | Life Sciences and Medicine | Ayed Al-Abdallat | Ayed Al-Abdallat | | | | Agriculture | No | No |
| Wireless Communication and Networks | Yes | Engineering and Technology | Ramzi Saifan | Ramzi Saifan; Talal Edwan | Moh'd Hawa; Raed Al-Zubi; Prof. Khalid A. Darabkh; Dr. Iman Almomani; Oraib Mamoon Abed-Allah Al-Qatawneh | | The Wireless Communication and Networks Research Group, is a multidisciplinary team focused on advancing next-generation wireless communication technologies. The group explores cutting-edge areas such as 5G/6G networks, IoT and wireless sensor networks, cognitive radio, AI-driven network optimization, and cybersecurity in wireless systems. Our research also extends to emerging paradigms like edge and fog computing, vehicular and drone communications, and energy-efficient network architectures. By fostering innovation through collaborative research, international partnerships, and industry engagement, we aim to develop scalable, secure, and high-performance wireless solutions for applications in smart cities, healthcare, industrial automation, and intelligent transportation systems.
Our research interests span a wide range of cutting-edge topics, including:
5G/6G Networks and Beyond: Development of next-generation wireless communication systems, including massive MIMO, ultra-reliable low-latency communications (URLLC), and terahertz (THz) communications.
Internet of Things (IoT) and Wireless Sensor Networks: Design of energy-efficient and secure IoT architectures, smart sensing applications, and large-scale wireless sensor networks.
Cognitive Radio and Dynamic Spectrum Access: Intelligent spectrum management, adaptive radio systems, and interference mitigation strategies.
Machine Learning and AI for Wireless Networks: Application of deep learning, reinforcement learning, and AI-driven optimization for wireless communication systems.
Network Security and Privacy: Secure authentication, encryption techniques, intrusion detection, and blockchain applications in wireless networks.
Edge and Fog Computing in Wireless Networks: Distributed computing paradigms for low-latency, high-efficiency network processing.
Vehicular and Drone Communications: Development of reliable Vehicle-to-Everything (V2X) communication systems and UAV-assisted networks.
Green Communications and Energy-Efficient Networks: Optimization of energy consumption, sustainable network architectures, and wireless power transfer technologies.
| Engineering | Yes | Yes |
| Women Shaping the Arts | Yes | Arts and Humanities | Majd Qasas | Majd Qasas | | "Majd Qasas" <M.Qasas@ju.edu.jo>; "Joyce Raie" <J.raie@ju.edu.jo>; "Diala Al Daghlise" <D.AlDaghlise@ju.edu.jo>; "lina.attel@ncca.org.jo" <lina.attel@ncca.org.jo>; "Amani Alserhan" <alserhan.amani@ju.edu.jo>; "heba abbasi" <he.abbasi@ju.edu.jo>; "Rawan Moh'd Nabil Izzat Abu Al Failat" <ROA8240942@ju.edu.jo>; "Ederkas@nmhu.edu" <Ederkas@nmhu.edu>
| Group Abstact: this group is seeking to empower women in the field of Arts, and to highlight their acheivements in the field, in addition to that, it will focus on the core problemes facing them, and undermine their production.
Research Interests :
A. Monitoring and analyzing the representation of women in artworks in various cultural and social contexts.
B. Studying women working in the arts in terms of style, visual, and audio messages from a gender perspective.
C. Documenting the experiences of Women artists working in the fields of art, from all over the world, and analyzing their creative visions.
D. Studying the challenges facing Women creators in all arts worldwide.
E. Studying the Women creators in shedding light on critical issues in the social fabric.
| Arts and Desgin | No | Yes |
| Women’s Rights, Policy, and Advocacy | No | Arts and Humanities | maysoon alatoom | Amal AbdelRahman Mohammad AlSabatin; maysoon alatoom | | | | Center for Women's Studies | No | No |