Seyed Hamidreza Ghaffar – Sustainable Development – Outstanding Scientist Award

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Seyed Hamidreza Ghaffar - Sustainable Development - Outstanding Scientist Award

Head of Engineering Department at University of Birmingham

Seyed Hamidreza Ghaffar is an Associate Professor in Civil Engineering and Head of the Engineering Department at the University of Birmingham Dubai. His expertise bridges academia and industry, with leadership in research on sustainable construction, 3D printing, and low-carbon materials. He founded the Additive Manufacturing Technology in Construction (AMTC) centre, driving innovation in eco-friendly building practices. Over his career, he has managed research grants exceeding £2 million and authored more than 90 publications, advancing the global conversation on circular economy principles in construction.

Professional Profile

Google Scholar

Education

Seyed Ghaffar holds a PhD in Civil Engineering Material Sciences from Brunel University of London, supported by an Industrial Cooperative Awards in Science & Technology (CASE) sponsorship. He also earned a Bachelor of Engineering in Civil Engineering with First Class Honours from the same institution. His academic journey provided a strong foundation in materials science, structural engineering, and sustainable construction, enabling him to merge theoretical understanding with practical applications in engineering projects and academic leadership roles worldwide.

Professional Experience

With a career spanning roles from Postdoctoral Research Associate to Associate Professor, Seyed Ghaffar has contributed significantly to academia and industry. He led the Engineering Department in Dubai, previously serving at Brunel University London in various academic and administrative capacities. His expertise extends to programme development, industry partnerships, and research supervision. He has served as an expert evaluator for European Commission projects, reviewer for funding bodies, and editor for leading engineering journals, reinforcing his influence in the global engineering community.

Research Interest

Research interests centre on sustainable construction materials, additive manufacturing, and the circular economy. Seyed Ghaffar focuses on developing low-carbon technologies for new builds and retrofitting, recycling construction and demolition waste, and advancing 3D printing applications in civil engineering. His work also explores integrating bio-based materials, enhancing durability, and optimising concrete for sustainability. Through interdisciplinary collaborations, he aims to transform construction practices into more resource-efficient, environmentally responsible processes, aligning with global sustainability goals.

Award And Honor

Recognised for his academic and research contributions, Seyed Ghaffar has received multiple awards, including the Award for Excellence and Teaching Support of the Year from Brunel University London. His early career achievements earned him the Institute of Structural Engineers Prize and Graham Hawkes Award for best final-year project. His professional honours include Fellowship of the Institution of Civil Engineers, Fellowship of the Higher Education Academy, and membership in the Institute of Concrete Technology, highlighting his respected standing in engineering circles.

Research Skill

Seyed Ghaffar’s skills span advanced material characterisation, mix design optimisation for 3D printing, and life cycle analysis of construction materials. Proficient in both experimental and computational techniques, he applies methodologies such as rheology testing, durability assessment, and finite element modelling. His research leadership involves securing and managing multi-partner grants, mentoring PhD candidates, and delivering impactful publications. This diverse expertise enables him to translate scientific innovation into practical engineering solutions that address environmental and industry challenges.

Publications

With over 90 peer-reviewed publications, Seyed Ghaffar’s work appears in high-impact journals such as Construction and Building Materials and Journal of Cleaner Production. His research covers topics like bio-based composites, recycled aggregates, and digital fabrication in construction. He has co-authored influential book chapters and edited the volume Innovation in Construction, showcasing advancements in industry practices. Many of his papers result from collaborations with graduate students, reflecting his dedication to fostering academic growth and producing high-quality, industry-relevant research.

Title: Pathways to circular construction: An integrated management of construction and demolition waste for resource recovery
Authors: S.H. Ghaffar, M. Burnman, N. Braimah
Journal: Journal of Cleaner Production, 244, 2020

Title: Additive manufacturing technology and its implementation in construction as an eco-innovative solution
Authors: S.H. Ghaffar
Journal: Automation in Construction, 93, 2018

Title: Structural analysis for lignin characteristics in biomass straw
Authors: S.H. Ghaffar, M. Fan
Journal: Biomass and Bioenergy, 57, 2013

Title: Lignin in straw and its applications as an adhesive
Authors: S.H. Ghaffar, M. Fan
Journal: International Journal of Adhesion and Adhesives, 48, 2014

Title: Fracture and impact properties of short discrete jute fibre-reinforced cementitious composites
Authors: X. Zhou, S.H. Ghaffar, W. Dong, O. Oladiran, M. Fan
Journal: Materials & Design, 49, 2013

Conclusion

Seyed Ghaffar’s career reflects a blend of academic excellence, innovative research, and professional leadership in civil engineering. Through pioneering work in sustainable construction and additive manufacturing, he has shaped industry practices and influenced policy directions. His contributions extend beyond research, encompassing teaching, mentoring, and international collaboration. By championing circular economy principles and eco-innovative solutions, he continues to inspire transformative change in the built environment, positioning himself as a leading figure in global engineering innovation.

Werku Koshe Hareru – Construction Management – Best Researcher Award

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Werku Koshe Hareru - Construction Management - Best Researcher Award

Assoc. Prof at Dire Dawa University

Werku Koshe Hareru is an accomplished academic and researcher specializing in Construction Engineering and Management. With extensive teaching, research, and consultancy experience, he has contributed to both Ethiopian and international institutions. His expertise spans advanced construction techniques, project management, and sustainable construction practices. He has held academic positions from Lecturer to Associate Professor, mentoring MSc and PhD students. His work extends to consultancy roles, project leadership, and active participation in grant-funded research. Through numerous publications, he has significantly influenced construction technology, materials science, and infrastructure development in diverse contexts.

Professional Profile

ORCID| Google Scholar

Education

Werku Koshe Hareru has pursued an impressive academic journey, obtaining a PhD in Construction Engineering and Management from Jimma University, following a Master’s degree from the Indian Institute of Technology, New Delhi, in the same field. His undergraduate studies were in Construction Technology at Adama Science and Technology University. This solid educational foundation has equipped him with both theoretical and practical expertise. His training combined advanced engineering knowledge, research skills, and leadership competencies, enabling him to address complex construction challenges and mentor the next generation of engineers effectively.

Professional Experience

Werku Koshe Hareru has held various academic and professional roles, including Associate Professor, Assistant Professor, and Senior Lecturer at institutions such as Dire Dawa University and Amoud University. His work has involved teaching graduate-level courses, supervising theses, and conducting high-impact research. He has also served as a project manager, leading major construction projects, and as a Resident Engineer for GIZ. His expertise includes overseeing design, construction, budgeting, and quality control processes, making him a versatile professional capable of delivering both academic and industry-based excellence.

Research Interest

Werku Koshe Hareru’s research interests encompass sustainable construction materials, project management efficiency, construction delays, occupational health and safety, and advanced concrete technologies. He focuses on improving construction practices through innovative material applications, such as coffee husk ash, waste glass, and banana leaf ash. His studies often address performance optimization, durability enhancement, and environmental impact reduction. Furthermore, his work in bio-cement concrete and fiber-reinforced materials reflects his commitment to integrating sustainability with structural integrity in modern construction engineering practices.

Award And Honor

Throughout his career, Werku Koshe Hareru has earned recognition for his academic contributions, research excellence, and leadership in the construction engineering field. His dedication to advancing sustainable construction methods and training future professionals has been acknowledged through various accolades at institutional and project levels. These honors reflect his impact on both academia and the construction industry, affirming his role as a leading figure in research-driven engineering solutions. His contributions continue to inspire innovation and excellence in construction management and technology.

Research Skill

Werku Koshe Hareru possesses extensive research skills, including experimental design, statistical analysis, and application of advanced testing methods like SEM, XRD, and FTIR. He is proficient in project planning tools such as MS Project and Primavera P6, and skilled in academic writing and publishing. His ability to integrate laboratory experiments with field studies allows him to address real-world construction challenges. His expertise extends to sustainable material development, structural performance evaluation, and predictive modeling, enabling him to produce high-quality, impactful research outcomes.

Publications

Werku Koshe Hareru has authored numerous peer-reviewed papers on topics such as construction delay analysis, sustainable concrete technologies, and occupational health and safety. His notable works include studies on molasses-modified bitumen, coffee husk ash cement replacement, and bio-cement concrete. His research is widely published in reputable journals, including Applied Sciences, Advances in Civil Engineering, and Journal of Engineered Fibers and Fabrics. These publications demonstrate his commitment to advancing knowledge and providing practical solutions to pressing challenges in construction engineering.

Title: Investigating Causes of Construction Delay in Ethiopian Construction Industries
Authors: KNJ Werku Koshe
Journal: Journal of Civil, Construction and Environmental Engineering, 1, 18–29

Title: Rheological properties and application of molasses modified bitumen in hot mix asphalt (HMA)
Authors: W Hareru, G Tewodros
Journal: Applied Sciences, 10 (6), 1931

Title: Physical and chemical characterization of coffee husk ash effect on partial replacement of cement in concrete production
Authors: WK Hareru, FB Asfaw, T Ghebrab
Journal: International Journal of Sustainable Construction Engineering and Technology

Title: Experimental study on some mechanical properties of papercrete concrete
Authors: S Birhane, M Mesfin, W Koshe
Journal: Advanced Materials, 6 (1), 1–6

Title: Assessment of Factors Affecting the Implementation of Occupational Health and Safety Measures in the Construction Industry in Somaliland
Authors: MA Abdi, WK Hareru
Journal: Advances in Civil Engineering, 2024 (1)

Conclusion

Werku Koshe Hareru stands out as a dedicated scholar, researcher, and professional in Construction Engineering and Management. His career reflects a balance between academic teaching, applied research, and practical project leadership. By combining sustainable material innovation, advanced engineering techniques, and effective project management, he continues to influence the future of construction practices. His contributions to education, research, and industry exemplify a commitment to improving infrastructure quality, environmental sustainability, and professional capacity in the engineering sector.

Ahmad Salih Muhaimeed – Management of Natural resources – Best Researcher Award

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Ahmad Salih Muhaimeed - Management of Natural resources - Best Researcher Award

National Environmental Expert at UN-Habitat-Iraq

Prof. Dr. Ahmad Salih Muhaimeed is an accomplished academic and international expert in environment and natural resources, with over 35 years of professional experience. His career spans teaching, research, and leadership roles in soil science, land management, and environmental consultancy. He has contributed extensively to the fields of soil survey, classification, and desertification control, using advanced GIS and remote sensing techniques. Ahmad has worked with leading institutions, including Baghdad University, the Arabic Center for the Studies of Arid Zones and Dry Lands (ACSAD), and UN-Habitat. His contributions include supervising graduate research, authoring textbooks, and publishing over 125 scientific papers.

Professional Profile

Google Scholar

Education

Ahmad Salih Muhaimeed holds a Ph.D. in Soil Survey and Land Management from Colorado State University, USA, specializing in the use of remote sensing and GIS. He earned his M.Sc. in Soil Survey and Classification from the University of Nebraska–Lincoln, USA, and his B.S. in Soil Science from Baghdad University, Iraq. His academic journey reflects a deep focus on soil mapping, classification, and land use management. Through his studies, Ahmad developed expertise that underpins his applied research, policy advisory roles, and training activities across multiple international platforms.

Professional Experience

Ahmad Salih Muhaimeed’s professional journey includes key academic and leadership positions. At Baghdad University, he served as Professor, Head of the Soil Science and Water Resources Department, and Head of the Desertification Combat Department. He was an expert in land classification and management at ACSAD, leading regional programs. Since 2022, he has been National Environmental Specialist with UN-Habitat in Iraq. Ahmad’s roles have also involved consultancy for FAO, participation in global soil partnerships, and advisory positions in sustainable land management strategies.

Research Interest

Ahmad’s research interests encompass soil mapping through remote sensing and GIS, land use planning, soil genesis and classification, desertification control, and climate change impacts on land productivity. His work often integrates advanced geospatial technologies with environmental management strategies, aiming to improve agricultural sustainability in arid and semi-arid regions. He has also explored the role of soil salinity, drought monitoring, and carbon stock estimation, contributing significantly to global discussions on land degradation and resource conservation.

Award And Honor

Ahmad has been recognized for his contributions through prestigious fellowships and appointments. He received the Borlaug Fellowship in Agricultural Science and Technology (2008) and the Cochran Fellowship in Soil Salinity Management (2011) in the USA. He served as an expert member of FAO’s Intergovernmental Technical Panel on Soils (2015–2018) and as a national consultant for FAO–Iraq. His international recognition reflects his leadership in soil science, land management, and environmental sustainability.

Research Skill

Ahmad possesses advanced skills in soil survey and classification, land management, and environmental assessment using GIS and remote sensing. His expertise includes designing soil databases, modeling salinity and drought impacts, and developing land suitability and degradation indices. He is proficient in integrating field surveys with geospatial analysis, enabling accurate land evaluation and sustainable resource planning. His skills extend to supervising research, producing scientific publications, and leading interdisciplinary environmental projects.

Publications

Ahmad has published extensively, with more than 125 research papers and several textbooks in soil science and environmental management. His publications address topics such as soil classification, salinity modeling, carbon stock estimation, and the impacts of climate change on land resources. His books include “Soil Survey and Classification,” “Remote Sensing,” and “Genesis and Classification of Some Iraqi Soils.” He has also contributed to international reports, conference proceedings, and technical manuals for field applications in land and soil studies.

Title: Soil salinity prediction and mapping by machine learning regression in Central Mesopotamia, Iraq
Authors: W Wu, C Zucca, AS Muhaimeed, WM Al‐Shafie, AM Fadhil Al‐Quraishi, ...
Journal: Land Degradation & Development, 29 (11), 4005–4014

Title: Classification and distribution of Iraqi soils
Authors: AS Muhaimeed, AJ Saloom, KA Saliem, KA Alani, WM Muklef

Title: The study of temporal changes on land cover/land use prevailing in Baghdad governorate using RS & GIS
Authors: ZR Ali, AS Muhaimeed
Journal: The Iraqi Journal of Agricultural Sciences, 47 (3), 846–855

Title: Drought monitoring for Northern Part of Iraq using temporal NDVI and rainfall indices
Authors: SM Al-Hedny, AS Muhaimeed
Journal: Environmental Remote Sensing and GIS in Iraq, 301–331

Title: Soil resources of Mediterranean and Caucasus countries
Authors: Y Yigini, P Panagos, L Montanarella
Journal: Office for Official Publications of the European Communities, Luxembourg, 237

Title: Using L-band radar data for soil salinity mapping—a case study in Central Iraq
Authors: W Wu, AS Muhaimeed, WM Al-Shafie, AMF Al-Quraishi
Journal: Environmental Research Communications, 1 (8), 081004

Conclusion

Ahmad Salih Muhaimeed’s career is distinguished by sustained contributions to soil science, environmental management, and sustainable land use. His expertise bridges academic research, applied geospatial analysis, and policy advisory roles. With a prolific publication record, international collaborations, and recognized leadership, Ahmad has shaped both national and regional approaches to combating land degradation and improving resource management. His work continues to influence environmental policy, agricultural productivity, and scientific advancements in soil and land management.

Peng Gai-Fei | Structural materials | Best Researcher Award

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Peng Gai-Fei | Structural materials | Best Researcher Award

Professor at Beijing Jiaotong University

Peng Gai-Fei is an accomplished scholar specializing in high-performance and high-strength concrete, with extensive expertise in fire resistance, frost durability, and concrete recycling. Over decades of academic and professional service, contributions have spanned teaching, research, and industry collaborations. Engagement in numerous committees of prestigious societies reflects leadership in the field. Research has consistently addressed both theoretical and practical aspects of concrete performance, from understanding damage mechanisms to proposing innovative engineering solutions. The body of work has influenced international practices, particularly in structural safety, durability, and sustainable materials use within the civil engineering domain.

Professional Profile

Scopus

Education

Peng Gai-Fei completed formal academic training in Building & Construction Materials, Materials Science, and Civil Engineering from leading institutions in China and Hong Kong. This solid educational background provided a foundation for groundbreaking research in advanced concrete technologies. Each academic phase built on the previous, integrating knowledge of materials at both fundamental and applied levels. Such multidisciplinary expertise has facilitated unique insights into structural materials’ behavior under extreme conditions. The academic journey has been marked by a consistent drive toward solving engineering challenges, which has shaped a distinguished career in research and teaching in civil engineering.

Professional Experience

Peng Gai-Fei has held significant academic and engineering positions, including roles at Tsinghua University, The Hong Kong Polytechnic University, Northern Jiaotong University, and Beijing Jiaotong University. Professional development began as an Assistant Engineer, progressed through lecturer and associate professor positions, and culminated in the current role as a Professor. This progression demonstrates a commitment to both academic growth and the practical application of engineering knowledge. International collaborations and examination of doctoral research reflect a recognition of expertise on a global scale. Contributions span curriculum development, research supervision, and professional training, solidifying an influential presence in engineering education and innovation.

Research Interest

Peng Gai-Fei’s research focuses on the high-temperature properties of high-strength and high-performance concrete, particularly in identifying fire damage mechanisms and developing fire resistance strategies. Additional interests include designing frost-resistant concrete for challenging environments, enhancing shotcrete for tunneling, and understanding crack growth in various concrete types. Work also extends to recycling concrete to promote sustainability, and investigating workability to improve construction efficiency. These research themes bridge fundamental science and applied engineering, resulting in technical measures and materials innovations that advance the field. The approach combines laboratory experimentation, field applications, and theoretical modeling to deliver impactful engineering solutions.

Award And Honor

Recognition for Peng Gai-Fei’s work is reflected through leadership roles in national and international engineering societies. Fellowships, committee memberships, and editorial positions highlight sustained contributions to the advancement of concrete technology. Participation in drafting influential Chinese construction standards demonstrates the trust placed in technical judgment and expertise. Invitations to evaluate doctoral theses at renowned universities further confirm a respected position within the academic community. Membership in global organizations such as the American Concrete Institute and The Concrete Society (UK) underscores an international reputation. These honors signify a career built on excellence, innovation, and commitment to advancing civil engineering practices.

Research Skill

Peng Gai-Fei possesses a diverse range of research skills, including experimental design, advanced materials characterization, and field performance assessment of concrete structures. Expertise includes simulating high-temperature and frost conditions, analyzing microstructural changes, and evaluating mechanical properties post-exposure. Competence in applying rheological models to assess workability enhances practical construction outcomes. The ability to link material science principles with large-scale engineering applications has resulted in optimized material formulations and construction methods. Familiarity with both traditional and modern testing techniques allows for a holistic approach to problem-solving. These skills have underpinned numerous impactful studies that have informed engineering standards and construction practices globally.

Publications

Peng Gai-Fei has authored an extensive portfolio of publications in internationally recognized journals and conference proceedings. Research topics include fire resistance of reactive powder concrete, durability of ultra-high performance concrete, and the influence of thermal shock on fiber-reinforced concrete. Other notable works explore ecological approaches to concrete technology, frost resistance enhancements, and recycled material applications. Contributions often combine rigorous experimentation with practical engineering implications, ensuring relevance to industry stakeholders. Many publications have become reference materials for both researchers and practitioners. The diversity and depth of published work reflect a career dedicated to advancing concrete science and engineering through systematic, evidence-based research.

Title: Effect of calcined red mud on the mechanical properties and microstructure of ultra-high performance concrete
Journal: Construction and Building Materials, 2025

Title: Effects of multi-scale hybrid fibre reinforcement on the mechanical properties of ultra-high-performance concrete
Journal: Magazine of Concrete Research, 2025

Title: Novel cementless ultra-high performance concrete using calcium carbide residue as activator by the aid of combined curing
Journal: Materials and Structures (Matériaux et Constructions), 2025

Title: Coating steel fiber for both CO₂ capturing and strengthening of ultra-high performance concrete
Journal: Journal of Cleaner Production, 2024

Conclusion

Peng Gai-Fei’s career exemplifies the integration of academic excellence, innovative research, and professional leadership in civil engineering. A lifelong dedication to improving the performance, durability, and sustainability of concrete has yielded contributions that influence both national standards and international practices. Extensive publication, mentorship, and committee service demonstrate a commitment to knowledge dissemination and community engagement. The body of work not only advances technical understanding but also addresses pressing engineering challenges. By bridging fundamental research with real-world applications, the career serves as a model of how engineering science can drive practical, impactful solutions for the built environment.

Xiaojiang Ye – New Building Materials – Green Building Excellence Award

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Xiaojiang Ye - New Building Materials - Green Building Excellence Award

Researcher at Wuhan Institute of Technology

Specializing in refrigeration, cryogenics, and HVAC systems, Xiaojiang Ye has demonstrated substantial expertise in energy-efficient building technologies and thermal environmental control. With a strong foundation in both engineering and applied research, the primary focus lies in building envelope design, HVAC system optimization, and simulation-based performance analysis. Years of academic training and hands-on engineering experience have enabled contributions to a variety of scientific and industrial projects, particularly in air conditioning systems and artificial environment regulation. Ye's career trajectory reflects a balance of academic rigor and practical innovation in energy and environmental engineering.

Professional Profile

Scopus

Education

Completed doctoral studies in Refrigeration and Cryogenics Engineering at Shanghai Jiao Tong University and earned a Master’s degree in HVAC Engineering from Xi’an University of Architecture & Technology. The academic journey began with a Bachelor’s degree from the same institution, with a strong focus on environmental and municipal engineering. These qualifications have provided the technical backbone for applied research in building energy systems and thermal engineering. Also received foundational engineering training at the Wuhan Safety & Environment Protection Research Institute, laying the groundwork for subsequent practical applications and academic inquiry.

Professional Experience

With considerable experience at Wuhan Institute of Technology, Ye has actively engaged in the design, research, and simulation of HVAC systems and building structures. Played key roles in the development of environmental control systems and energy-saving technologies in buildings. Involved in multiple national and institutional research projects at both Master's and PhD levels, covering aspects like performance optimization, environmental regulation, and system design. Professional activities span both academic mentorship and the advancement of sustainable building technologies, positioning Ye as a key contributor in applied thermal engineering and passive climate control systems.

Research Interest

Research focuses include passive temperature control using advanced composite materials, phase change materials (PCMs), air conditioning system simulation, and artificial thermal environment regulation. Ye explores optimization strategies for refrigeration and HVAC integration, contributing to smarter, more efficient building envelopes. Current interests also involve using expanded perlite with composite PCMs for enhanced thermal storage and efficiency in sustainable buildings. The scope extends into environmental adaptability, especially in urban and industrial architecture. Through experimental and simulation-based approaches, the work aims to innovate building thermal management under dynamic climate conditions.

Award And Honor

Recognized for contributions to building thermal engineering and energy optimization, Ye has received commendations related to innovative PCM applications and HVAC system performance studies. Active participation in leading research forums and technical committees reflects the academic and professional recognition earned through consistent contributions to energy-saving technologies. Awards also acknowledge collaborative research and development efforts with institutions and enterprises aimed at low-energy architecture and smart building designs. These honors illustrate a commitment to enhancing building comfort, sustainability, and engineering excellence through scientifically validated approaches.

Research Skill

Ye demonstrates proficiency in computational modeling, performance simulation, and thermal system optimization for building environments. Skilled in integrating phase change materials into structural elements for enhanced passive temperature control, especially using binary mixtures and natural porous materials like expanded perlite. Well-versed in developing and evaluating advanced HVAC systems for dynamic thermal regulation and efficiency improvements. Employs tools and techniques for environmental performance assessment and experimental validations. Capable of leading complex multidisciplinary research initiatives with a focus on real-world applications in energy-efficient design.

Publications

Ye has authored multiple peer-reviewed articles addressing thermal performance in cold plates, forecasting models using neural networks, and the role of PCMs in sustainable construction. Key publications include work on binary decanoic acid-paraffin composite PCMs and their performance in expanded perlite for building envelopes, as well as studies utilizing variational mode decomposition and LSTM neural networks for power forecasting. Additional research on heat transfer in grid-channeled cold plates has also gained academic attention. These studies contribute meaningful insights into both theoretical models and practical innovations in applied thermal engineering.

Title: Binary decanoic acid-paraffin composite PCMs in expanded perlite and passive temperature control in building envelopes
Journal: Applied Thermal Engineering, 2025

Title: Photovoltaic Power Forecasting Based on Variational Mode Decomposition and Long Short-Term Memory Neural Network
Journal: Energies, 2025

Title: Study on heat transfer performance of cold plate with grid channel
Journal: Scientific Reports, 2024

Conclusion

Xiaojiang Ye’s work embodies a cross-disciplinary approach that bridges building science, material innovation, and environmental control. With a strong academic foundation, numerous research contributions, and proven expertise in HVAC systems, Ye continues to push the frontiers of sustainable building technologies. Ongoing research targets the integration of smart materials and simulation methods to improve energy efficiency and indoor comfort. The professional trajectory suggests an enduring commitment to impactful, solution-driven engineering research. Through academic collaborations and practical implementation, Ye is contributing to the evolution of energy-resilient infrastructures.

Meriem Seguini – Structural Health Monitoring – Women Researcher Award

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Meriem Seguini - Structural Health Monitoring - Women Researcher Award

Civil Engineering at University of Science and technology of Oran USTOMB

Engaged in advanced research in civil engineering, this academic has consistently contributed to structural stability, geotechnical engineering, and computational modeling. A vital member of the Laboratory of Applied Mechanics, the work spans soil-structure interaction, nonlinear analysis, and machine learning for structural health monitoring. Involvement in multiple international conferences and scientific committees reflects commitment to global academic collaboration. Teaching and supervising responsibilities at the University of Sciences and Technology of Oran highlight a strong dedication to higher education. This well-rounded profile merges theoretical and applied knowledge across academia, research, and industry-focused solutions in civil and structural engineering.

Professional Profile

ORCID | Scopus

Education

Educational achievements began with a Bachelor's in Civil Engineering, followed by a Master’s in Civil and Industrial Constructions, both from the University of Sciences and Technology of Oran Mohamed Boudiaf. Academic progression culminated in a PhD focused on Construction and Stability of Structures, fostering expertise in geotechnics and mechanics. The path to associate professorship was achieved in 2021. Formal training was enriched through international exposure, including doctoral research at EPFL, Lausanne. Degree equivalency recognition from Naric (Belgium) further reflects academic standards. This foundation in structural engineering and computational mechanics supports the ongoing research trajectory.

Professional Experience

Meriem Seguini has held academic positions since 2012, evolving from assistant professor to associate professor at USTO-MB. Responsibilities include course instruction, supervising research, and coordinating international sessions on structural health and damage detection. Her practical experience includes internships in Swiss labs and construction firms in Algeria, enhancing her applied understanding of energy geostructures and seismic analysis. Chairing sessions in key international conferences across Europe and Asia showcases leadership and professional networking. Contributions to technical training and the scientific committee work emphasize the impact on global geotechnical and structural research communities.

Research Interest

Specialization lies in the nonlinear behavior of soil-structure systems, dynamic analysis of geostructures, and advanced modeling techniques using finite elements. Interests extend to the integration of artificial intelligence and machine learning in predicting structural anomalies, especially within pipelines and buried systems. Meriem Seguini focuses on stochastic modeling, spatial variability of soil, and sustainable infrastructure analysis. Experimental vibration analyses combined with computational simulations form a core of her applied research. The work addresses challenges in civil engineering reliability and resilience, bridging the gap between theoretical advancement and practical infrastructure safety.

Award And Honor

Recognition as chair and scientific committee member in numerous international conferences such as ICSCES and FFW underscores professional credibility. Meriem Seguini was awarded the equivalence of her PhD in Belgium, acknowledging the international standard of her academic work. Selected to present at key platforms across Europe and Asia, her research contributions are well regarded in structural engineering circles. Engagements at EPFL and Ghent University reflect the value attributed to her collaboration and academic excellence. These honors mark a trajectory of distinction and influence in civil and structural engineering fields.

Research Skill

Competence includes proficiency in tools such as Abaqus, Matlab, SAP2000, and Comsol for simulation and analysis. A strong command of finite element methods supports research in complex nonlinear systems. Skills extend to dynamic and probabilistic modeling, thermal and mechanical simulations of buried structures, and seismic analysis. Meriem Seguini integrates artificial neural networks with structural diagnostics, applying hybrid AI techniques for damage prediction. Additional capabilities in programming, visualization, and engineering graphics reinforce analytical strength. Effective communication in Arabic, French, English, and intermediate German further enhances global research dissemination and collaboration potential.

Publications

Research output includes over a dozen peer-reviewed papers in prestigious journals and international conferences. Key topics span nonlinear beam analysis, soil spatial variability, and AI-based damage detection. Publications in journals like Periodica Polytechnica and Arabian Journal for Science and Engineering reflect high-impact contributions. Several works have introduced innovative modeling using Monte Carlo methods and artificial neural networks. Co-authored publications with global researchers signify interdisciplinary collaboration. Meriem Seguini’s publications provide critical insights into improving civil structure reliability using modern computational tools and predictive modeling techniques across international engineering platforms.

Title: Forecasting and characterization of composite pipeline based on experimental modal analysis and YUKI-gradient boosting
Authors: M. Seguini, S. Khatir, D. Boutchicha, A. Ould Brahim, B. Benaissa, C. Le Thanh, M. Noori, N. Fantuzzi
Journal: Construction and Building Materials (2024-04)

Title: Structural mechanics [A probabilistic study of nonlinear behavior in beams resting on tensionless soil with geometric considerations]
Authors: Seguini Meriem, Nedjar Djamel
Journal: HCMCOU Journal of Science – Advances in Computational Structures (2024-02-05)

Title: Crack Identification in Pipe Using Improved Artificial Neural Network
Authors: Meriem Seguini, Tawfiq Khatir, Samir Khatir, Djilali Boutchicha, Nedjar Djamel, Magd Abdel Wahab
Journal: Lecture Notes in Mechanical Engineering (2023)

Title: Machine Learning for Predicting Pipeline Displacements Based on Soil Rigidity
Authors: Meriem Seguini, Samir Khatir, Djamel Nedjar, Magd Abdel Wahab
Journal: Proceedings of the 10th International Conference on Fracture Fatigue and Wear (2023)

Title: Crack prediction in pipeline using ANN-PSO based on numerical and experimental modal analysis
Authors: Meriem Seguini, Samir Khatir, Djilali Boutchicha, Djamel Nedjar, Magd Abdel Wahab
Journal: Smart Structures and Systems (2021)

Title: Experimental and Numerical Vibration Analyses of Healthy and Cracked Pipes
Authors: Meriem Seguini, Djilali Boutchicha, Samir Khatir, Djamel Nedjar, Cuong-Le Thanh, Magd Abdel Wahab
Journal: Lecture Notes in Civil Engineering (2021)

Conclusion

Meriem Seguini’s academic journey and research excellence reflect a career deeply rooted in innovation, teaching, and global collaboration. From experimental fieldwork to high-end computational simulation, the body of work demonstrates a commitment to engineering progress. Contributions in AI-integrated structural diagnostics and nonlinear analysis establish a foundation for future breakthroughs in infrastructure safety. Educational leadership and international conference participation reinforce influence beyond regional boundaries. With a multidisciplinary approach and evolving skill set, continued impact in civil and structural engineering is assured. The trajectory remains aligned with sustainable development and advanced research frontiers.

Rao Arsalan Khushnood – Concrete Materials – Best Researcher Award

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Rao Arsalan Khushnood - Concrete Materials - Best Researcher Award

Professor at Abasyn University, Pakistan

Rao Arsalan Khushnood serves as the Research Lead and Deputy Director at the Tunneling Institute of Pakistan, Islamabad. Currently an Adjunct Professor at Abasyn University, his professional journey encompasses structural engineering expertise and sustainable construction advocacy. As CEO of Structax Consultants Pvt Ltd, he brings academic depth and industry foresight. Over the years, he has led numerous research projects and industry collaborations with national and international institutions. Recognized for innovation and scientific contributions, he has received several honors. Rao Arsalan Khushnood’s leadership continues to shape infrastructure resilience, sustainability, and knowledge dissemination across academic, research, and professional platforms.

Professional Profile

Scopus | Google Scholar

Education

Rao Arsalan Khushnood holds a Ph.D. in Structural Engineering from Politecnico di Torino, Italy, where he developed innovative multifunctional concrete using nano carbonaceous inerts. His master's and bachelor’s degrees in Civil Engineering were both earned from the National University of Sciences and Technology (NUST), Islamabad. His academic pursuits have consistently focused on sustainable materials and structural advancements, evidenced through thesis and project topics addressing green concrete and self-compacting concrete technologies. These academic foundations have significantly influenced his trajectory as a researcher and educator, particularly in the development of sustainable and high-performance construction materials for infrastructure applications.

Professional Experience

Currently serving in multiple leadership roles, Rao Arsalan Khushnood is an Adjunct Professor at Abasyn University and Deputy Director of Sustainability at the Tunneling Institute of Pakistan. His industry role as CEO of Structax Consultants complements his academic background. Formerly, he held prestigious positions at NUST, including Associate Professor, Director of the Quality Enhancement Cell, and Head of Structural Engineering. Throughout his career, he has bridged research with real-world applications, leading impactful collaborations. His extensive teaching experience, including international roles, reflects his commitment to knowledge-sharing, particularly in advanced structural mechanics and the application of sustainable materials.

Research Interest

Research interests of Rao Arsalan Khushnood span multi-scale characterization of cementitious composites, additive manufacturing of concrete, self-healing mechanisms, and AI-driven predictive modeling. His work emphasizes low-carbon construction, valorization of industrial waste, and life cycle assessment for infrastructure materials. A strong advocate for sustainability, he explores how microstructural evolution influences durability under aggressive environments. His computational-experimental approach bridges fundamental material behavior with performance forecasting, enabling advancements in structural resilience and smart infrastructure. Rao Arsalan Khushnood integrates engineering principles with innovative technologies, contributing significantly to civil engineering practices that are environmentally responsible and functionally optimized for modern challenges.

Award and Honor

Rao Arsalan Khushnood has received numerous accolades for his outstanding contributions to civil engineering. Recognized as the Top Researcher in Pakistan by the AD Scientific Index, he secured a Gold Medal in 2025. He earned multiple awards for student project supervision, including positions in international competitions like the fib YMG and ACI Concrete Competition. NUST honored him with the Best Innovator Award and accolades for securing maximum grants. His research excellence was also acknowledged internationally through the Belt and Road Young Scientist Award in China. These honors underscore his impactful contributions to research, innovation, and academic leadership.

Research Skill

Expertise of Rao Arsalan Khushnood includes experimental testing, microstructural analysis, advanced material synthesis, and machine learning applications for infrastructure materials. His skills extend to forensic structural assessments, sustainable design, and performance evaluation of concrete under extreme conditions. He is adept in computational tools for service life prediction and has managed multidisciplinary projects involving AI integration and life cycle assessment. With over a decade of hands-on research experience, his technical command spans from nanoscale modification of materials to large-scale structural retrofitting. These competencies support his innovative solutions in developing high-performance, eco-efficient concrete technologies and infrastructure systems.

Publications

With 99 peer-reviewed journal articles and 22 conference publications, Rao Arsalan Khushnood has established a significant footprint in the field of sustainable construction materials. His work has garnered over 4,000 citations with an h-index of 37. His publications span topics including bio-inspired concrete, self-healing mechanisms, AI-based modeling, and durability enhancement of eco-concretes. Notable journals include Construction and Building Materials, Journal of Building Engineering, and Journal of Cleaner Production. His research is often collaborative, involving national and international scholars. In addition, he has contributed to four book chapters and delivered keynote speeches at global conferences on sustainability and civil engineering.

Title: Utilization of Pakistani bentonite as partial replacement of cement in concrete
Authors: SA Memon, R Arsalan, S Khan, TY Lo
Journal: Construction and Building Materials, 30, 237–242

Title: Comparative performance of different bacteria immobilized in natural fibers for self-healing in concrete
Authors: M Rauf, W Khaliq, RA Khushnood, I Ahmed
Journal: Construction and Building Materials, 258, 119578

Title: Durability of sustainable concrete subjected to elevated temperature–A review
Authors: SA Memon, SFA Shah, RA Khushnood, WL Baloch
Journal: Construction and Building Materials, 199, 435–455

Title: Bio-mineralized self-healing recycled aggregate concrete for sustainable infrastructure
Authors: RA Khushnood, ZA Qureshi, N Shaheen, S Ali
Journal: Science of The Total Environment, 703, 135007

Title: High performance self-consolidating cementitious composites by using micro carbonized bamboo particles
Authors: S Ahmad, RA Khushnood, P Jagdale, JM Tulliani, GA Ferro
Journal: Materials & Design, 76, 223–229

Conclusion

Rao Arsalan Khushnood exemplifies academic excellence, research innovation, and industry leadership in structural engineering. His multifaceted contributions—from pioneering eco-friendly materials to influencing engineering education—highlight his commitment to sustainable infrastructure. With a strong publication record, numerous awards, and active engagement in high-impact projects, he continues to inspire advancements in civil engineering. As a mentor, collaborator, and innovator, his work bridges scientific inquiry with real-world applications, ensuring durable and resilient structures for the future. Rao Arsalan Khushnood remains a vital force in shaping the evolution of sustainable construction practices within both academic and professional domains.

Laszlo L. Stacho – Numerical Mathematics – Best Academic Researcher Award

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Laszlo L. Stacho - Numerical Mathematics - Best Academic Researcher Award

Professor Emeritus at University of Szeged

An accomplished mathematician with extensive experience in complex analysis, functional analysis, and holomorphic automorphisms, László L. Stachó has contributed significantly to both academic and applied mathematics. With over four decades of teaching, research, and mentoring, the academic journey spans across institutions in Hungary and internationally. His work has impacted areas such as Banach space theory and quantum chemistry. Numerous international collaborations and visiting roles have complemented the scholarly contributions. The scope of influence includes authorship, research leadership, editorial responsibilities, and active involvement in conference and scientific community platforms across Europe.

Professional Profile

GOOGLE SCHOLAR

Education

Academic qualifications reflect a strong mathematical foundation beginning with an MSc from the University of Szeged in 1975. Doctoral studies were pursued with a prestigious scholarship at Scuola Normale Superiore in Pisa, culminating in a PhD in 1980. In addition, the CSc and DSc degrees were awarded by the Hungarian Academy of Sciences, showcasing deep engagement with advanced mathematical theory. László L. Stachó benefited from the Humboldt Scholarship at the University of Tübingen and advanced research mentorship under notable mathematicians, shaping a career rooted in analytical rigor and innovative exploration of fixed point theory.

Professional Experience

László L. Stachó has held academic roles ranging from Assistant Professor to Professor Emeritus, primarily at the University of Szeged. His early years at JATE were followed by long-term engagement with the Bolyai Institute. Leadership roles included vice head of the institute and significant committee responsibilities. He also served as Associate Professor at Janus Pannonius University. International experience includes visiting professorships in Spain and editorial positions in respected mathematical journals. His work spans teaching, administration, and mentoring, reflecting a career dedicated to advancing both the theoretical and organizational facets of higher education in mathematics.

Research Interest

The main research focus includes holomorphic automorphism groups, fixed point theory, and bounded circular domains. Mathematical structures in Banach spaces have been a central theme throughout the career. Collaborations with researchers in quantum chemistry broadened the scope of application. László L. Stachó contributed to projects involving Jordan structures and their analytic behaviors. Research leadership in OTKA-funded initiatives enabled the mentoring of research teams and cross-disciplinary work. International partnerships with Spain, Germany, and Slovenia helped in extending mathematical models to applied science. Participation in over 30 global conferences reflects the academic engagement with current mathematical challenges.

Award and Honor

Recognition for scholarly excellence includes the Officer Cross of Merit from the Hungarian State in 2020 and the Béla Szőkefalvi-Nagy Medal in 2021. Other distinctions such as the Award of the Minister of Education in 1984 and the Humboldt Scholarship demonstrate early and consistent recognition of academic potential. László L. Stachó also received the Széchenyi Professorship between 1998–2001, underscoring commitment to research and teaching. Editorial roles in journals like Acta Sci. Math. and Fluctuation and Noise Letters showcase continued trust in academic judgment. Awards span national, institutional, and international platforms, reflecting broad impact in the mathematical sciences.

Research Skill

Strong analytical skills in functional analysis, complex variables, and fixed point theory underpin the research output. Proficiency in mathematical modeling, abstract problem-solving, and collaborative publication has enabled interdisciplinary work. Experience includes reviewing over 400 journal articles and delivering 72 expert reviews for Zentralblatt and AMS Math Reviews. László L. Stachó supervised MSc and PhD research, developing talent in mathematics and engineering. His ability to translate complex theoretical problems into research proposals led to leadership in several OTKA-funded initiatives. Regular involvement in habilitation evaluations, editorial boards, and international collaborations highlights comprehensive academic and research capabilities.

Publications

With 95 publications and over 500 independent citations, the research legacy is well documented. László L. Stachó co-authored the monograph “Holomorphic Automorphism Groups in Banach Spaces” with J.-M. Isidro, published by North Holland. His scholarly work includes contributions to both pure and applied mathematics, often collaborating with international experts. Many papers are archived in the MTMT system, validating scientific impact. He co-authored 21 publications within research projects in quantum chemistry, showcasing interdisciplinary versatility. The volume and quality of the publication record position him among respected figures in the field of modern mathematical analysis.

Title: Minimax theorems beyond topological vector spaces
Authors: LL Stachó
Journal: Acta Sci. Math. (Szeged), 42 (1–2), 157–164

Title: A projection principle concerning biholomorphic automorphisms
Authors: LL Stachó
Journal: Acta Sci. Math., 44, 99–124

Title: Holomorphic automorphism groups in Banach spaces: an elementary introduction
Authors: JM Isidro, LL Stachó
Journal: Elsevier

Title: On the volume function of parallel sets
Authors: LL Stachó
Journal: Acta Sci. Math., 38, 365–374

Title: On the norm of Jordan elementary operators in standard operator algebras
Authors: LL Stachó, B Zalar
Journal: Publ. Math. Debrecen, 49 (1–2), 127–134

Title: Bicircular projections on some matrix and operator spaces
Authors: LL Stachó, B Zalar
Journal: Linear Algebra and Its Applications, 384, 9–20

Title: Atomic decomposition of real JBW‐triples
Authors: A Peralta, LL Stachó
Journal: The Quarterly Journal of Mathematics, 52 (1), 79–87

Conclusion

The academic and research profile of László L. Stachó reflects a career marked by depth, consistency, and innovation. Contributions in theoretical mathematics, especially in holomorphic automorphisms and fixed point theory, have had significant academic impact. Active roles in teaching, mentoring, and research leadership across multiple institutions underscore dedication to knowledge dissemination and scientific excellence. National awards and international collaborations affirm recognition across borders. Through editorial work, supervision, and publication, the commitment to advancing mathematical understanding is evident. The lifetime achievements establish a strong academic legacy and continued influence in mathematics and its applications.

Javad Rostami-Fluid Mechanics-Academic Achievement in Environmental Engineering Award

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Javad Rostami - Fluid Mechanics - Academic Achievement in Environmental Engineering Award

Associate Professor at Razi University, Iran

Javad Rostami is currently serving as an Associate Professor in the Department of Mechanical Engineering at Razi University. With expertise in heat transfer, fluid mechanics, and computational simulations, Rostami has significantly contributed to the thermal sciences. His academic focus blends teaching, research, and practical design work in thermal systems. Through a balanced combination of academic teaching and applied engineering services, Rostami has gained recognition for his comprehensive approach to engineering problems, particularly in the area of microchannel heat transfer using nanofluids.

Professional Profile

GOOGLE SCHOLAR | SCOPUS | ORCID

Education

The academic background of Javad Rostami includes a Bachelor's and Master’s degree in Mechanical Engineering from the University of Tehran and a Ph.D. from Amirkabir University of Technology. His research has focused on advanced thermal systems, evident in his progression from undergraduate to doctoral theses involving heat transfer mechanisms. The Ph.D. work, in particular, emphasized the numerical modeling of two-phase fluid flows and heat transfer in microchannels, aligning with his ongoing research themes.

Professional Experience

Rostami has served extensively at Razi University, delivering a wide range of undergraduate and graduate courses. His teaching portfolio covers foundational and advanced topics such as Thermodynamics, Fluid Mechanics, CFD, and Advanced Fluid Mechanics. Additionally, he has provided design and inspection services in collaboration with the Iranian Construction Engineering Organization, contributing to residential building projects involving water piping and air conditioning systems since 2009.

Research Interest

Javad Rostami’s research centers on convective heat transfer, particularly in microchannels, wavy channels, and porous media. His work extensively explores the application of nanofluids and phase change materials in thermal management systems. Rostami is especially interested in conjugate heat transfer, the use of numerical simulations to optimize thermal performance, and innovations in fluid-structure thermal interaction using modern computational tools like Eulerian–Lagrangian methods.

Award And Honor

Rostami has earned professional respect through his consistent scholarly output and contributions to mechanical engineering education. Recognition of his scientific contributions is reflected in numerous publications in ISI-indexed journals. His membership in the Iranian Construction Engineering Organization and participation in national and international conferences further illustrates his professional involvement and academic leadership.

Research Skill

Javad Rostami demonstrates strong research capabilities in computational fluid dynamics and numerical modeling. He has proficiency in tools such as Fortran, Tecplot, and simulation environments for solving complex thermal problems. With experience in two-phase flow simulations, porous media, and PCM applications, his analytical skills bridge the gap between theoretical thermal science and applied engineering design, aiding in performance optimization of modern energy systems.

Publications

The publication record of Javad Rostami includes over 30 research papers in top-tier international and national journals. These works cover topics such as wavy microchannel heat transfer, nanofluid behavior, and optimization of thermal systems. His contributions are notable in journals like Advanced Powder Technology, Heat and Mass Transfer, and Applied Thermal Engineering. He has also actively participated in engineering conferences, enriching the academic discourse on heat transfer innovations.

Title: Optimization of conjugate heat transfer in wavy walls microchannels
Authors: J Rostami, A Abbassi, M Saffar-Avval
Journal: Applied Thermal Engineering, 82, 318–328

Title: Conjugate heat transfer in a wavy microchannel using nanofluid by two-phase Eulerian–Lagrangian method
Authors: J Rostami, A Abbassi
Journal: Advanced Powder Technology, 27 (1), 9–18

Title: Unsteady natural convection in an enclosure with vertical wavy walls
Authors: J Rostami
Journal: Heat and Mass Transfer, 44 (9), 1079–1087

Title: Heat transfer by nanofluids in wavy microchannels
Authors: J Rostami, A Abbassi, J Harting
Journal: Advanced Powder Technology, 29 (4), 925–933

Title: A correlation for free convection heat transfer from vertical wavy surfaces
Authors: M Ashjaee, M Amiri, J Rostami
Journal: Heat and Mass Transfer, 44 (1), 101–111

Title: Convective heat transfer by micro-encapsulated PCM in a mini-duct
Authors: J Rostami
Journal: International Journal of Thermal Sciences, 161, 106737

Conclusion

Javad Rostami stands as a dedicated researcher and educator in the mechanical engineering field with a clear focus on heat transfer and energy system optimization. His balanced career in academia and applied engineering underscores his ability to contribute both theoretically and practically to modern engineering challenges. Rostami’s work in enhancing the performance of thermal systems continues to impact the design and understanding of efficient energy solutions in engineering applications.

Elsayed Abo-Dahab | Continuum Mechanics | Best Researcher Award

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Elsayed Abo-Dahab | Continuum Mechanics | Best Researcher Award

Continuum Mechanics at South Valley University

A distinguished academic in the field of Applied Mathematics, El-Sayed Mohamed Abo-Dahab Khedary is a leading figure in continuum mechanics. His extensive work spans elasticity, thermoelasticity, fluid mechanics, and magnetic field effects in fibre-reinforced materials. He has contributed significantly to science through his prolific publishing record, with more than 265 scientific articles across disciplines such as engineering, physics, biology, geology, acoustics, and plasma studies. His academic influence is reinforced by his position as a reviewer for over 150 international journals, and his work is widely cited, making him a respected authority in solid mechanics and mathematical modeling.

Professional Profile

SCOPUS | ORCID | GOOGLE SCHOLAR

Education

Academic progression includes a Master's degree in Applied Mathematics in 2001 and a PhD in 2005, both earned from reputable Egyptian universities. This foundational expertise led to further academic recognition, including the title of Assistant Professor in 2012 and full Professor in 2017. In 2020, he achieved a Doctor of Science (DSc.) degree in Physics and Mathematics, a distinction that underlines his contribution to theoretical and applied sciences. These academic milestones have been crucial in shaping a career grounded in mathematical rigor and interdisciplinary research excellence.

Professional Experience

El-Sayed Mohamed Abo-Dahab Khedary currently serves as a Professor in Applied Mathematics with a specialization in continuum mechanics. His professional experience reflects a steady academic progression, culminating in a prominent role that bridges research and mentorship. His contributions extend beyond teaching, involving leadership in various scientific endeavors and collaboration across international research communities. As an expert reviewer for numerous high-impact journals, he plays a key role in maintaining scholarly standards in applied mathematics and mechanics. His dedication to the field is demonstrated through decades of sustained engagement in both theoretical advancements and practical applications.

Research Interest

Research interests lie at the intersection of mathematics and physical sciences, with a focus on elasticity, thermoelasticity, fluid mechanics, and magnetic field interactions in fibre-reinforced materials. This interdisciplinary orientation supports applications in engineering, biology, plasma physics, and beyond. His work contributes to the understanding of how complex systems behave under various physical influences, a foundation for innovations in materials science and mechanical analysis. His engagement with emerging scientific problems positions him as a thought leader in applied mathematics, with a commitment to advancing both theory and real-world problem-solving.

Award And Honor

Recognition for his academic excellence includes numerous local and international awards in science and technology. These honors acknowledge his groundbreaking contributions to applied mathematics and his impact on various scientific domains. His reputation is further solidified by frequent invitations to review for over 150 international journals, underscoring the trust the academic community places in his judgment. Additionally, citations of his work in prominent research papers and textbooks highlight his influence on contemporary scientific thought. These accolades collectively illustrate a career marked by scholarly distinction and ongoing innovation.

Research Skill

Research capabilities are centered around continuum mechanics, including elasticity, fluid flow, and magnetic field interactions with complex materials. His technical expertise allows for modeling intricate systems, particularly those involving thermoelastic and fiber-reinforced materials. With strong analytical and computational skills, he designs and interprets advanced mathematical models applicable to various scientific and engineering problems. His adaptability across disciplines—spanning physics, geology, biology, and acoustics—demonstrates a unique ability to translate mathematical theory into practical insights. He is also proficient in scientific writing, peer reviewing, and cross-disciplinary collaboration, reinforcing his standing as a research leader.

Publications

An accomplished author, he has published over 265 scientific papers in peer-reviewed journals covering a wide array of disciplines, including engineering, mathematics, physics, biology, acoustics, and plasma science. His publications address both theoretical frameworks and applied research, reflecting his broad intellectual reach and analytical depth. He is also the author of several books in mathematics, offering valuable resources to students and professionals alike. His work is well-cited, demonstrating its relevance and utility across multiple fields. This rich body of research represents a career committed to expanding the boundaries of applied mathematics.

Title: MHD Casson nanofluid flow over nonlinearly heated porous medium in presence of extending surface effect with suction/injection
Authors: SM Abo-Dahab, MA Abdelhafez, F Mebarek-Oudina, SM Bilal
Journal: Indian Journal of Physics, 95 (12), 2703–2717

Title: Influence of chemical reaction and thermal radiation on the heat and mass transfer in MHD micropolar flow over a vertical moving porous plate in a porous medium with heat
Authors: RA Mohamed, SM Abo-Dahab
Journal: International Journal of Thermal Sciences, 48 (9), 1800–1813

Title: Influence of MWCNT/Fe₃O₄ hybrid nanoparticles on an exponentially porous shrinking sheet with chemical reaction and slip boundary conditions
Authors: K Swain, F Mebarek-Oudina, SM Abo-Dahab
Journal: Journal of Thermal Analysis and Calorimetry, 147 (2), 1561–1570

Title: Finite element analysis of hydromagnetic flow and heat transfer of a heat generation fluid over a surface embedded in a non-Darcian porous medium in the presence of chemical
Authors: RA Mohamed, IA Abbas, SM Abo-Dahab
Journal: Communications in Nonlinear Science and Numerical Simulation, 14 (4), 1385–1395

Title: Generalized thermoelastic functionally graded on a thin slim strip non-Gaussian laser beam
Authors: SM Abo-Dahab, AE Abouelregal, M Marin
Journal: Symmetry, 12 (7), 1094

Title: Two-temperature plane strain problem in a semiconducting medium under photothermal theory
Authors: SM Abo-Dahab, K Lotfy
Journal: Waves in Random and Complex Media, 27 (1), 67–91

Title: Effect of rotation on peristaltic flow of a micropolar fluid through a porous medium with an external magnetic field
Authors: AM Abd-Alla, SM Abo-Dahab, RD Al-Simery
Journal: Journal of Magnetism and Magnetic Materials, 348, 33–43

Title: Two-dimensional problem of two temperature generalized thermoelasticity with normal mode analysis under thermal shock problem
Authors: K Lotfy, SM Abo-Dahab
Journal: Journal of Computational and Theoretical Nanoscience, 12 (8), 1709–1719

Conclusion

El-Sayed Mohamed Abo-Dahab Khedary exemplifies academic excellence in applied mathematics with a focus on real-world impact. His research spans critical scientific domains, his publications are widely cited, and his contributions have earned significant recognition. Through teaching, research, and international collaboration, he has advanced the fields of continuum mechanics and applied mathematics. His dedication to interdisciplinary inquiry and scientific integrity has established him as a thought leader and mentor. The depth and diversity of his career reflect not only expertise but also a long-standing commitment to knowledge creation and dissemination.