Mariem Mard | Supply Chain Management | Best Review Paper Award

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Ms. Mariem Mard | Supply Chain Management | Best Review Paper Award

Faculty of Economics and Management of Sfax |Tunisia

Mariem Mrad is an interdisciplinary researcher at the Faculty of Economics and Management of Sfax, University of Sfax, Tunisia. She combines expertise in economics, industrial automation, artificial intelligence, and sustainable supply chain management. Her work explores innovative approaches to optimizing industrial systems while minimizing environmental impact, with a strong focus on low-carbon logistics. Through her academic journey, she has developed a unique capacity to merge engineering principles with economic analysis, enabling comprehensive solutions for complex supply chain challenges. Her recent publications investigate AI- and robotics-driven strategies for reducing carbon emissions, offering a bridge between advanced technology and environmental responsibility. Dr. Mrad has shared her findings at leading international conferences and collaborated with global research institutions. Her career reflects a commitment to combining rigorous research with practical application, advancing both industrial efficiency and ecological sustainability in a rapidly evolving technological landscape.

Profile

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Education

Mariem Mrad holds a doctoral degree in economics from the Faculty of Economics and Management of Sfax, where her research focused on neural network modeling for the design, optimization, and performance improvement of supply chains. Her work received the highest academic distinction, recognizing its originality and impact in the field. She also earned an engineering degree in electrical automation from the National School of Engineers of Gabès, where she completed a notable final project on the practical implementation of a three-degree-of-freedom helicopter for control applications, undertaken in collaboration with the University of Poitiers in France. Prior to that, she completed a preparatory cycle in physics-chemistry at the Faculty of Sciences of Sfax, enabling her entry into the national engineering program. Her academic foundation began with a baccalaureate in mathematics, providing strong analytical skills that underpin her interdisciplinary research connecting economics, automation, and artificial intelligence applications in supply chain systems.

Experience

Mariem Mrad’s academic career spans teaching, research, and international collaboration. She serves as an assistant lecturer at the National School of Engineers of Gabès, delivering courses on business culture, entrepreneurship, and project development. She has also held visiting lecturer roles at the University of Sfax, where she taught entrepreneurial culture, business model development, and heritage marketing. Her earlier teaching includes management fundamentals and human resource management at the Higher Institute of Business Administration in Gafsa. Beyond teaching, she has engaged in research stays at institutions such as the TREE Laboratory at the University of Pau et des Pays de l’Adour and the LIAS Laboratory at the University of Poitiers, contributing to projects at the intersection of automation, AI, and sustainability. She has authored peer-reviewed journal articles and presented at IEEE and international conferences, building a profile that blends academic scholarship with applied innovation in supply chain and industrial systems

Awards and Honors

Mariem Mrad’s academic excellence has been recognized through distinctions at multiple stages of her career. Her doctoral thesis in economics received the highest honors with congratulations from the examination jury, reflecting the originality and applied value of her research on neural network modeling for supply chain optimization. During her engineering studies in electrical automation, she earned a very good distinction for her final year project on helicopter control implementation, developed in collaboration with a French research laboratory. She has been selected for competitive international research stays, including placements at leading laboratories in France, where she advanced studies in energy transitions, automation, and AI applications. Her work has been presented at prominent IEEE and international conferences, underscoring its scientific relevance. These recognitions highlight her ability to merge technical innovation with sustainable solutions, earning her a reputation as a researcher who contributes meaningfully to both academic and industrial advancements

Research Focus

Mariem Mrad’s research lies at the crossroads of supply chain management, artificial intelligence, robotics, and sustainable development. She investigates how advanced computational models, particularly neural networks, can enhance the design, optimization, and resilience of industrial supply chains. A significant part of her work explores AI- and robotics-enabled strategies for reducing carbon emissions, aligning technological innovation with environmental responsibility. She studies performance prediction, risk assessment, and demand forecasting in supply chains, integrating automation techniques to improve operational efficiency. Her interest in green innovation drives her to examine how digital technologies and Industry 4.0 concepts can transition traditional logistics toward low-carbon, adaptive systems. She collaborates internationally on projects that apply cyber-physical systems, generative AI, and SCOR® metrics to industrial contexts. By combining engineering skills with economic analysis, her research contributes both theoretical insights and practical frameworks for achieving more sustainable and efficient global supply chain networks.

 

Publications

 

Title: A Comprehensive Survey of Artificial Intelligence and Robotics for Reducing Carbon Emissions in Supply Chain Management
Year:2025

Conclusion

Mariem Mrad is an accomplished interdisciplinary researcher whose integration of economics, engineering, artificial intelligence, and sustainable supply chain management positions her as a leader in developing innovative, environmentally responsible industrial solutions

Divya Mishra | Crisis Management | Young Scientist Award

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Dr. Divya Mishra | Crisis Management | Young Scientist Award

Delhi Technological University | India

Dr. Divya Mishra is an accomplished academician and researcher in the field of Human Resource Management and Organizational Behavior. Currently serving as Assistant Professor at Delhi Technological University, she holds a Ph.D. in HRM and OB from the same university. Her scholarly journey is distinguished by her UGC-NET JRF qualification in Commerce and Management and a consistent record of academic excellence, including gold medals from the University of Allahabad. She has published extensively in ABDC-ranked and Scopus-indexed journals, focusing on digital transformation, crowdsourcing, governance, and innovation. With professional experience in research and academia, she integrates theoretical insights with practical applications in her teaching. Dr. Mishra is also a certified HR analyst and an active contributor to workshops, conferences, and international journals. As a dynamic mentor, case study author, and book editor, she brings a holistic and impactful perspective to management research, particularly emphasizing value co-creation and technology-enabled governance systems.

Profile

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Education

Dr. Divya Mishra earned her Ph.D. in Human Resource Management and Organizational Behavior from Delhi Technological University, where she excelled with distinction. She holds postgraduate and undergraduate degrees in commerce, specializing in HR and Marketing, from the University of Allahabad, achieving top academic honors. Her early academic foundation was laid at Bethany Convent School, affiliated with CBSE, where she performed consistently well. She qualified for the UGC NET-JRF in Commerce and NET in Management, establishing her academic credentials further. Her academic trajectory reflects a consistent commitment to excellence, critical inquiry, and intellectual rigor. Her exposure to advanced quantitative research methods, structural equation modeling, and mixed-method approaches has enhanced her capacity to address contemporary challenges in management science. Additionally, her participation in numerous workshops and FDPs on research methodology, data analytics, AI, and publication ethics highlights her drive for continuous learning and academic engagement in evolving interdisciplinary domains.

Experience

Dr. Divya Mishra’s professional journey reflects a diverse blend of teaching, research, and industry experience. As an Assistant Professor at Delhi Technological University and previously at Vivekananda Institute of Professional Studies, she has taught management, business analytics, psychology, and development studies. Her academic roles include mentoring, research supervision, and curriculum design. She served as a Senior Research Fellow and Teaching Assistant at DTU during her Ph.D., contributing to research, teaching, and academic advising. Before transitioning into academia, she worked as a Research Associate at Boodle Web Mart, Noida, where she specialized in market research and data-driven strategic planning. Dr. Mishra also played pivotal roles in organizing NEP workshops, training programs, and interdisciplinary projects. Her experience spans both undergraduate and postgraduate teaching and encompasses administrative responsibilities, editorial work, and interdisciplinary collaboration. This multi-dimensional exposure has empowered her to integrate theory with practice and approach academia with real-world problem-solving insights.

Awards and Honors

Dr. Divya Mishra has received numerous academic distinctions throughout her career. She was awarded the prestigious HARI KESHAB GHOSH GOLD MEDAL, SRI BANARSILAL MEMORIAL GOLD MEDAL, and SRIBASANT BEHARI JAIRANI GOLD MEDAL for being the overall topper in both graduation and postgraduation from the University of Allahabad. She was honored with the Best Reviewer Award at the Academy of Management (AOM) Conference and serves as a peer reviewer for international journals like Springer Nature, IEEE, and others. She has completed multiple prestigious faculty development programs and earned certification in HR Analytics from the University of California, Irvine. Her role as organizer and coordinator in national-level NEP sensitization workshops highlights her leadership and academic outreach. Additionally, she has held key student leadership positions, including House Captain and Club Member, which nurtured her early organizational and leadership skills. These accolades demonstrate her excellence across academic, administrative, and scholarly domains

Research Focus

Dr. Divya Mishra’s research concentrates on Human Resource Management, Organizational Behavior, technological innovation, and digital governance, with a specific emphasis on crowdsourcing, open innovation, and digital transformation. Her interdisciplinary research explores the intersection of organizational learning, social capital, and strategic innovation. She employs quantitative and mixed-methods approaches, including Structural Equation Modeling and bibliometric analysis, to study knowledge transfer, governance models, influencer engagement, and entrepreneurial pathways. Her recent works address contemporary themes like crisis communication, participatory governance, influencer alignment, and metaverse adoption in banking. Her book on crowdsourcing and her editorial contribution to an upcoming Scopus-indexed volume showcase her depth in value co-creation and HR innovation. With several publications in SSCI/SCOPUS-indexed journals and over a dozen case studies published by SAGE, her research bridges academic theory and practical relevance. Dr. Mishra’s scholarship aligns with advancing organizational adaptability in the face of rapid digital change and stakeholder engagement in innovation ecosystems.

 

Publications

 

Effective governance through crowdsourcing: A strategic framework for empowered participation
Year: 2023
Citation: 8

Crowdsourcing-based social linkage and organizational innovation competence: knowledge transfer effectiveness and absorptive capacity as serial mediators
Year: 2024
Citation: 5

Crowdsourcing a wellspring of value co-creation: an integration of social capital and organisational learning mechanisms
Year: 2024
Citation: 4

Elucidating the determinants of crowdsourcing adoption for organisation value creation
Year: 2025
Citation: 3

 

Conclusion

Dr. Divya Mishra is a dynamic academician whose dedication to research, teaching, and innovation in Human Resource Management and Organizational Behavior significantly contributes to the evolving landscape of governance, technology, and organizational learning.

Gang Liu | Medicine and Health Sciences | Best Researcher Award

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Prof. Gang Liu | Medicine and Health Sciences| Best Researcher Award

The Affiliated Hospital of Guizhou Medical University | China

Gang Liu, M.D., is a highly regarded Professor and Chief Physician of Orthopaedics at the Department of Emergency Orthopedics, The Affiliated Hospital of Guizhou Medical University. Serving also as a Master’s Supervisor, Dr. Liu has made substantial contributions to orthopaedic trauma care, with a clinical and academic career rooted in improving outcomes for patients with complex fractures and injuries. Known for his precision in surgical techniques and commitment to academic mentoring, he leads innovative research in trauma surgery and biomechanics. His leadership in the department reflects his dedication to clinical excellence, education, and advancing orthopaedic science. As an influential voice in orthopaedic medicine in China, Dr. Liu combines decades of hands-on experience with a forward-looking approach to research and treatment, helping shape the next generation of specialists in trauma care. His work bridges the gap between clinical application and academic research, fostering advancements in evidence-based orthopaedic medicine.

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Education

While specific educational details about Dr. Gang Liu are not publicly listed, his current academic and professional status indicates extensive medical training, including the attainment of a Doctor of Medicine (M.D.) degree, likely followed by specialized residency and fellowship programs in orthopaedic surgery. As a Professor and Chief Physician, he has undoubtedly completed postgraduate and professional training in trauma and emergency orthopaedics, biomechanics, and surgical innovation. His role as a Master’s Supervisor suggests strong academic foundations and consistent engagement with scholarly research. Dr. Liu is affiliated with Guizhou Medical University, where he likely received or has contributed significantly to medical education. His educational trajectory exemplifies the rigorous academic and clinical preparation typical of senior physician-scientists in China’s leading medical institutions. His expertise reflects years of advanced learning in both clinical practice and orthopaedic science, enabling him to train the next generation of surgeons and researchers with a firm grounding in trauma and biomechanics.

Experience

Dr. Gang Liu currently serves at the Affiliated Hospital of Guizhou Medical University in Guiyang, China, where he is a Professor, Chief Physician in Orthopaedics, and a Master’s Supervisor. With decades of clinical and teaching experience, he plays a pivotal role in emergency orthopaedics, specializing in trauma management and fracture treatment. His leadership in the Department of Emergency Orthopedics involves not only patient care but also surgical innovation and departmental development. Dr. Liu has extensive experience in applying biomechanics to orthopaedic practice, aligning clinical strategies with research-based methodologies. His commitment to teaching and mentoring graduate students positions him as a key academic figure within the university. He integrates research, clinical service, and academic mentorship, demonstrating a rare balance of practical and theoretical knowledge in orthopaedics. His experience reflects the depth of his involvement in complex surgical procedures, clinical trials, and strategic planning for orthopaedic care in academic hospital settings.

Awards and Honors

Although detailed information on Dr. Gang Liu’s specific awards and honors is not publicly disclosed, his distinguished titles—Professor, Chief Physician, and Master’s Supervisor—indicate recognition for excellence in clinical practice, education, and research. Such positions in China’s medical hierarchy are awarded based on years of exceptional service, academic contributions, and leadership in healthcare delivery. It is likely that Dr. Liu has received institutional commendations and possibly regional or national recognition for his work in trauma and fracture care. His role in mentoring postgraduates suggests academic honors or commendations for teaching and research guidance. His contributions to biomechanics research and emergency orthopaedics may have earned him research grants or hospital-level awards for innovation or service excellence. As a senior figure at the Affiliated Hospital of Guizhou Medical University, he exemplifies the attributes of a respected physician-scientist whose reputation is built on both clinical outcomes and contributions to the academic and research mission of the institution.

Research Focus

Dr. Gang Liu’s research focuses on trauma, fracture management, and biomechanics in orthopaedic medicine. His work aims to improve understanding of the mechanical and biological responses of bone and soft tissue to injury, optimizing both surgical techniques and recovery outcomes. He explores how trauma impacts musculoskeletal function and how biomechanics can inform fracture fixation and healing strategies. At the Department of Emergency Orthopedics, Dr. Liu integrates research into clinical practice, conducting translational studies that advance evidence-based protocols in trauma care. His investigations likely include experimental and clinical trials, examining both traditional and modern surgical interventions. Emphasizing interdisciplinary collaboration, his research contributes to innovations in implant design, bone regeneration, and trauma surgery protocols. As a Master’s Supervisor, he mentors students on research methodologies, encouraging rigorous scientific exploration in orthopaedics. Dr. Liu’s research strengthens the link between clinical need and scientific discovery in the rapidly evolving field of emergency orthopaedic care.

Conclusion

Dr. Gang Liu stands as a dedicated leader in orthopaedic trauma care, combining clinical expertise, academic mentorship, and biomechanical research to improve patient outcomes and train future surgeons.

Natalia Schwien | Cognitive Anthropology | Best Researcher Award

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Ms. Natalia Schwien | Cognitive Anthropology | Best Researcher Award

Harvard University | United States

Natalia Schwien Scott (she/they) is a multidisciplinary scholar, herbalist, and wildlife rehabilitation apprentice currently pursuing a Ph.D. in the Study of Religion at Harvard University. Her work bridges ecology, spirituality, and relational ontologies, exploring the interconnection between the human and more-than-human worlds. She holds a Master of Theological Studies from Harvard Divinity School with a concentration in ecology and spiritual practice, and an M.A. in English Literature from Middlebury College’s Bread Loaf School, focusing on science fiction and fantasy. Natalia integrates her academic research with over two decades of herbalist practice and hands-on wildlife care. She is the Associate Director of Harvard’s Program for the Evolution of Spirituality and leads “Interspecies Dialogues,” a transdisciplinary forum on animism and posthumanism. Natalia’s research, essays, and interviews have been published in peer-reviewed journals and featured in prominent media. She also releases music under the moniker Ellayo and curates multimedia content at selkieprojects.com

Profile

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Education

Natalia’s educational journey reflects her deep engagement with interdisciplinary study. She is currently pursuing a Ph.D. in the Study of Religion at Harvard University, focusing on comparative religion and science, with a secondary emphasis in Celtic Languages and Literatures. She also holds a Master of Theological Studies from Harvard Divinity School, where she concentrated on ecology and spiritual practice. Complementing this, she earned a Master of Arts from Middlebury College’s Bread Loaf School of English with a literary focus on science fiction and fantasy. Natalia has studied at Oxford University’s Lincoln College and completed a graduate summer program at the University of Amsterdam. Her undergraduate degree is a B.F.A. from New York University’s Tisch School of the Arts. She possesses translation competence in Old Irish, German, French, and Latin, alongside elementary proficiency in contemporary Irish—skills that enhance her exploration of myth, folklore, and scientific discourse in both historical and modern contexts.

Experience

Natalia’s professional experience spans academia, environmental sustainability, and interspecies advocacy. At Harvard University, she serves as Associate Director of the Program for the Evolution of Spirituality and Associate Editor of the Thinking with Plants & Fungi initiative. She facilitates interdisciplinary dialogues through “Interspecies Dialogues,” featuring scholars and practitioners on animism and posthumanism. She has held multiple Teaching Fellow roles across departments, including Anthropology, Celtic Studies, and Divinity. Formerly, Natalia worked as a Sustainability Specialist at Middlebury College’s Franklin Environmental Center. Her ecological advocacy includes wildlife rehabilitation apprenticeships in Vermont and Massachusetts, where she worked with Wild on Blissville, ParkHill Wildlife Rehab, and Newhouse Wildlife Rescue. She has over 20 years of herbalist practice, including a three-year apprenticeship with Vanessa Chakour. Natalia’s teaching, organizing, and publishing reflect her commitment to relational ethics, ecological justice, and knowledge pluralism that spans academic, artistic, and indigenous traditions.

Awards and Honors

Natalia has garnered recognition for her interdisciplinary excellence, spiritual-ecological scholarship, and public engagement. While specific named awards are not listed, her selection as Associate Director of Harvard’s Program for the Evolution of Spirituality reflects institutional recognition of her leadership and innovation. Her editorial role with Harvard University Press’s forthcoming Thinking with Plants & Fungi volume further underscores her scholarly merit. Her academic work has been published in peer-reviewed journals like Pomegranate and Museum Anthropology, and her thought leadership has been featured in public-facing platforms including The New Yorker, New York Magazine, Vice, and For The Wild. Her appointment as co-facilitator and organizer of multiple Harvard-based workshops and reading groups evidences peer and faculty trust. Additionally, her music project Ellayo and writing projects reflect an ability to bridge intellectual work with artistic and spiritual communities—an integrative approach increasingly recognized in cutting-edge religious and ecological studies

Research Focus

Natalia’s research explores relational ontologies, posthuman ethics, and plant consciousness through the lens of religious studies and Celtic literature. Her work interrogates scientific and theological conceptions of personhood, particularly regarding plants, animals, and other nonhuman entities. She examines how premodern and indigenous cosmologies intersect with contemporary ecological crises and philosophical discourse, often engaging animism, myth, and folklore to decenter anthropocentric narratives. Her doctoral research at Harvard weaves together religious thought, Old Irish mythology, and scientific language to address how societies conceptualize interspecies relationships. Her peer-reviewed articles explore themes like plant personhood and the role of nonhuman remains in natural history museums. She also co-edits the forthcoming volume Thinking with Plants & Fungi, engaging scholars across disciplines. Her academic contributions are complemented by field practices in herbalism and wildlife care, positioning her as a researcher deeply grounded in embodied ecological practice and interspecies relationality.

 

Publications

The Relics of Science: Nonhuman Bodies in Natural History and Zoological Museum
Year: 2025

The Plant Delighteth: Plant Personhood in the Study of Western Esotericism
Year: 2025

Conclusion

Natalia Schwien Scott is a dynamic scholar-practitioner whose interdisciplinary work at the intersection of ecology, religion, and posthuman studies advances both academic inquiry and real-world interspecies care through research, teaching, and community engagement.

Muhammad Zia | Pharmacology | Best Researcher Award

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Dr. Muhammad Zia | Pharmacology | Best Researcher Award

College of staten island | United States

Dr. Muhammad K. Zia is a medical professional and educator specializing in biological and medical sciences, currently serving as a Doctoral Lecturer in the Department of Biology at the College of Staten Island/CUNY. With an M.B.B.S. from Jinnah Sindh Medical University, Dr. Zia brings over two decades of diverse experience spanning clinical practice, higher education, and scientific research. He has contributed significantly to undergraduate science education through positions at Kean University, Fairleigh Dickinson University, and other academic institutions. His clinical background includes roles in pathology and diabetology in both the U.S. and Pakistan. Notably, he was awarded the PSC-CUNY research grant to study the effects of angiotensin receptor blockers on diabetic nephropathy. A dedicated mentor and presenter, Dr. Zia has supervised multiple student research posters and actively contributes to academic development at CSI. His interdisciplinary expertise uniquely bridges clinical knowledge with life science education and research.

Profile

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Education

Dr. Muhammad K. Zia earned his medical degree (M.B.B.S.) from Jinnah Sindh Medical University in Karachi, Pakistan. His training equipped him with a solid foundation in clinical medicine, including internal medicine, diagnostics, pathology, and patient care. Following graduation, he pursued additional clinical training and gained certification to practice medicine in Pakistan. Over time, he transitioned into academic medicine, combining his clinical expertise with pedagogy in biological sciences. He has complemented his education with ongoing professional development and has contributed to academic settings through student mentorship, course delivery, and research guidance. His deep understanding of clinical biology, pathology, and pharmacological interventions forms the basis of his teaching philosophy. While he holds no formal advanced academic degrees beyond his medical license, Dr. Zia has consistently demonstrated a commitment to educational excellence and medical scholarship, as evidenced by his active teaching roles and scholarly contributions in academic institutions in both the U.S. and abroad.

Experience

Dr. Zia’s professional journey reflects a balanced blend of academic instruction and clinical medicine. He has served as a Doctoral Lecturer at the College of Staten Island, following 12 years as an adjunct and substitute instructor. His teaching experience also spans Kean University, Union County College, Stevens Institute of Technology, and Wagner College, where he taught various biology and medical science courses. In the clinical domain, Dr. Zia has worked as a Medical Assistant in New Jersey, a Pathology Assistant at QDx Pathology Services, and held roles such as Associate Diabetologist and Resident Medical Officer at Baqai Medical University. Earlier in his career, he served as a Clinical Assistant at Imam Clinic in Karachi. His clinical responsibilities included diagnostics, treatment planning, minor procedures, and patient education. This extensive experience across multiple institutions showcases his ability to deliver science education enriched by real-world medical practice.

Awards and Honors

Dr. Muhammad K. Zia has been recognized for his commitment to academic research and mentorship through the PSC-CUNY Cycle 54 Research Grant. The award supported his study on the effects of Angiotensin Receptor Blockers in diabetic nephropathy, showcasing his initiative in clinical and retrospective research. His efforts to promote scientific inquiry among undergraduates were further highlighted through his supervision of multiple poster presentations at the CSI Undergraduate Conference on Research, Scholarship, and Arts. These included literature reviews on SGLT2 inhibitors, Parkinson’s disease interventions, and cardiovascular risks linked to supraventricular tachycardia. Dr. Zia has also presented workshops such as “How to Write a Reference Letter to Support Pre-Med Students,” contributing to the academic development of aspiring physicians. While he may not yet have amassed a wide array of traditional academic honors, his consistent involvement in student mentorship, curriculum enrichment, and funded research speaks volumes about his dedication and impact.

Research Focus

Dr. Zia’s research interests center on the intersection of clinical medicine and chronic disease management. His primary focus includes diabetic complications, particularly diabetic nephropathy and the therapeutic role of angiotensin receptor blockers. He is also interested in cardiovascular pharmacology and endocrinology, as demonstrated by his guidance of student research on SGLT2 inhibitors and their cardioprotective effects. His approach often involves retrospective chart reviews and critical literature analysis using credible medical databases like PubMed and the European Journal of Medicine. He further engages in collaborative educational research and academic mentoring, particularly within undergraduate settings. Dr. Zia’s supervised projects span diverse clinical areas, such as Parkinson’s disease interventions and arrhythmia outcomes, reflecting his broad scientific curiosity and integrative knowledge of pathophysiology. Through these initiatives, he fosters critical thinking and evidence-based research skills among students, contributing to a stronger foundation in translational medicine and interdisciplinary health sciences education.

Publications

Title: Comparative Evaluation of ARB Monotherapy and SGLT2/ACE Inhibitor Combination Therapy in the Renal Function of Diabetes Mellitus Patients: A Retrospective, Longitudinal Cohort Study
Year: 2025

Conclusion

Dr. Muhammad K. Zia’s multidimensional career—rooted in clinical medicine and expanded through academic instruction and student mentorship—demonstrates a sustained commitment to bridging medical science with impactful education and applied research.

Neha Verma | Biotechnology | Best Researcher Award

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Ms. Neha Verma | Biotechnology | Best Researcher Award

Sharda University | India

Neha Verma is a dedicated biotechnology researcher currently pursuing her Ph.D. at Sharda University, research experience in molecular biology, cell culture, spectroscopy, and bioinformatics. She has significantly contributed to cancer and osteoporosis research, with numerous publications in reputed journals and several patents to her credit. Her expertise encompasses a range of technical proficiencies including FACS, RT-PCR, HPLC, GC-MS, LC-MS, NMR, FT-IR, and advanced microscopy. She has actively participated in multiple national and international conferences and workshops, earning recognition for her work. She has co-authored book chapters with reputed publishers like Elsevier and is the recipient of prestigious awards such as Best Oral Presentation, Best Research Scholar, Silver Medal, and Young Scientist Award. Neha’s research blends experimental biology with computational techniques, reflecting a multidisciplinary approach. With a commitment to innovation and translational research, she aims to make meaningful contributions to biomedical sciences through novel therapeutic strategies.

Profile

Googlescholar

 Education

Neha Verma has built a strong academic foundation in the life sciences and biotechnology domain. She is currently pursuing her Ph.D. in Biotechnology with coursework from the Department of Life Sciences at Sharda University, where her research involves a multidisciplinary approach combining cell culturing, phytochemical analysis, and bioinformatics modeling. Prior to this, she earned her M.Sc. in Biotechnology from Himalayan University, where she developed core competencies in laboratory techniques and research methodologies. She began her academic journey with a B.Sc. in Life Sciences, which laid the groundwork for her interest in molecular biology and biochemistry. Throughout her education, she has consistently demonstrated academic excellence, contributing to scientific publications, attending scientific forums, and actively engaging in workshops and webinars related to spectroscopy, AI tools in science, and genetic disorders. Her academic path reflects a progressive learning trajectory that aligns closely with her current research goals and future aspirations in translational biotechnology

Experience

Neha Verma possesses over five years of extensive hands-on research experience in biotechnology, particularly in molecular biology, animal cell culturing, and the isolation and application of plant-based bioactives. Her professional exposure spans several advanced analytical and spectroscopic platforms such as HPLC, GC-MS, LC-MS, NMR, and FT-IR, used primarily for metabolite profiling and compound identification. She has worked on osteogenic differentiation and anticancer studies using plant extracts, evidenced by her co-authorship on high-impact journal articles and patented innovations. She has cultivated skills in experimental planning, data analysis using GraphPad and Excel, and bioinformatics tools like molecular docking and Swiss target prediction. Neha has participated in several high-end workshops funded by DST-SERB and DBT, as well as training programs on good laboratory practices and 3D cell culture technology. Her experience also includes contributing to international book chapters and conference presentations, showcasing her commitment to knowledge dissemination and interdisciplinary research collaboration.

Awards and Honors

Neha Verma has earned multiple prestigious awards recognizing her research excellence and scientific contributions. She received the Best Oral Presentation Award at a DBT-funded National Conference focused on Disease Diagnosis and Drug Development.  she was honored with the Best Research Scholar Award at the 6th International Conference on Cutting-edge Solutions in Science, Technology, Engineering, and Humanities. Her achievements also include receiving the Silver Medal at the 8th Annual Meeting of the International Association of Zoologists and the 5th International Conference on Recent Trends in Life Sciences and Biotechnology. Additionally, she was conferred the Young Scientist Award at the 4th Annual Meeting of the International Association of Zoologists. These accolades reflect her sustained efforts in innovative biotechnology research, her impactful presentations at scientific forums, and her leadership in driving translational outcomes. Her work in cancer and osteoporosis research has consistently gained academic and peer recognition.

Research Focus

Neha Verma’s research is centered on biotechnology applications in cancer and osteoporosis, particularly through the use of plant-derived bioactive compounds. She investigates the therapeutic potential of phytochemicals on osteogenic differentiation and anticancer activity, integrating molecular biology techniques like RT-PCR and FACS with spectroscopic tools such as HPLC, GC-MS, LC-MS, and NMR for compound analysis. Her studies also extend to bioinformatics, where she employs molecular docking and target prediction to elucidate mechanistic pathways. Neha’s scientific approach is highly interdisciplinary, blending traditional ethnopharmacology with modern experimental and computational methods. Her work has led to several granted and published patents focusing on anticancer and anti-osteoporotic agents. With contributions to journals, conferences, and book chapters, she aims to bridge the gap between natural products research and clinical translational outcomes in biotechnology.

Publications

 

Title: Occupational health hazards and wide spectrum of genetic damage by the organic solvent fumes at the workplace: A critical appraisal
Year: 2022
Citations: 10

Title: Recent Update on Active Biological Molecules in Generating the Anticancerous Therapeutic Potential of Garcinia mangostana
Year: 2022
Citations: 9

Title: A review on therapeutic mechanism of medicinal plants against osteoporosis: effects of phytoconstituents
Year: 2023
Citations: 6

Title: Sustainable synthesis of magnetic nanoparticles: biological applications of Cedrus deodara extract
Year: 2025
Citations: 1

Conclusion

Neha Verma is an accomplished biotechnology researcher whose interdisciplinary expertise, impactful publications, patents, and awards reflect her commitment to advancing therapeutic innovations in cancer and osteoporosis through integrated experimental and computational approaches.

Peiqiang Fan | Mineral Processing Engineering | Best Researcher Award

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Mr. Peiqiang Fan | Mineral Processing Engineering | Best Researcher Award

Kunming University of Science and Technology |China

Peiqiang Fan is an accomplished Intermediate Engineer at Kunming University of Science and Technology, specializing in flotation theory and the comprehensive utilization of secondary resources. His research has significantly contributed to the efficient separation, enrichment, and recovery of strategic scattered metals such as indium and germanium. With collaborations involving top industrial companies like Yunnan Yuntianhua Co., Ltd. and Yunnan Tin Industry Co., Ltd., he has successfully bridged academic research with industrial application. Fan has authored multiple high-impact publications in journals like Minerals, Physicochemical Problems of Mineral Processing, and the Journal of Kunming University. He holds several patents related to phosphogypsum purification and flotation methods. Through innovative methods and breakthrough technologies, Fan has addressed complex challenges in multi-metal ore utilization, developing green, low-carbon processes and novel flotation agents. His practical and theoretical contributions continue to shape the future of mineral processing and resource recycling in China and beyond.

Profile

Scopus

Education

While the detailed academic qualifications are not explicitly listed, Peiqiang Fan’s educational background is evidently rooted in engineering and mineral processing, enabling him to serve in the capacity of an Intermediate Engineer at Kunming University of Science and Technology. His focused training and academic pursuits align closely with metallurgy, flotation theory, and secondary resource utilization. Through rigorous academic exposure and advanced research methodologies, he has acquired technical proficiency in metal enrichment, rare earth element separation, and the purification of industrial waste by-products like phosphogypsum. His strong foundation in applied mineral sciences is evident from the depth and interdisciplinary nature of his publications and patents. Furthermore, his capacity to collaborate on national-level projects such as those supported by the National Natural Science Foundation of China underscores the academic rigor and research caliber embedded in his educational training. His scholarly trajectory reflects a blend of theoretical mastery and practical application essential for innovative mineral resource management.

Experience

Peiqiang Fan brings a wealth of experience as an Intermediate Engineer at Kunming University of Science and Technology, where he has undertaken critical research in the fields of flotation technology and secondary resource recovery. His practical work focuses on the theoretical and applied aspects of mineral separation—particularly the enrichment and recovery of scattered strategic metals such as indium and germanium. Fan has also spearheaded the development of innovative solutions for industrial by-products like phosphogypsum. With a career that bridges academia and industry, he has worked on major projects funded by the National Natural Science Foundation of China and collaborated with Yunnan-based industrial leaders to drive the real-world application of his findings. His responsibilities encompass designing advanced separation technologies, co-authoring peer-reviewed research, securing patents, and facilitating the industrial transformation of complex mineral processes. Fan’s expertise ensures a continuous contribution to the advancement of sustainable and efficient resource utilization strategies.

Awards and Honors

While no specific individual awards are listed in the nomination, Peiqiang Fan’s notable achievements are reflected through high-level research engagements, impactful collaborations, and technological patents. His work has contributed directly to national-level projects like those supported by the National Natural Science Foundation of China—a testament to his recognition within the scientific community. Additionally, the issuance of multiple patents under his name demonstrates both innovation and national acknowledgment in the field of mineral processing. Fan’s publications in reputed SCI and Scopus-indexed journals further underscore his scholarly influence. Collaborating with industrial leaders such as Yunnan Phosphating Group, Yuntianhua Co., and Yunnan Tin Industry Co., Ltd., Fan has translated complex research into viable technologies—impacting both academic and industrial domains. These accomplishments, coupled with his leadership in addressing critical technical bottlenecks in the recovery of multi-metallic ores, represent substantial honors in the scientific and engineering landscape, meriting strong consideration for the Best Researcher Award.

Research Focus

Peiqiang Fan’s research is centered on flotation theory and the comprehensive utilization of secondary mineral resources. He specializes in the development of novel technologies for the recovery of strategic and rare metals such as indium, germanium, zinc, tin, and copper—especially from low-grade, multi-metallic ores considered industrial waste. His investigations bridge the gap between fundamental research and practical applications, particularly through projects focused on separating and purifying light rare earth elements using innovative solvent extraction techniques. Fan has also worked extensively on improving the wet recovery of valuable metals from lithium battery cathode materials. His patents reflect a deep commitment to sustainable and green metallurgy, including devices for grinding-leaching purification and advanced phosphogypsum flotation methods. His approach integrates chemical engineering, environmental science, and material innovation to deliver industrial-scale solutions that align with green, low-carbon objectives. His contributions significantly advance resource efficiency and circular economy models in metallurgical engineering.

Publications

Title: Research Status and Prospects of Flotation Separation of Copper and Zinc Sulfides
Year: 2022
Citation Count: 6

Title: Research Progress of Wet Recovery of Valuable Metals in Cathode Materials of Waste Lithium Batteries
Year: 2023
Citation Count: 4

Title: Enrichment Regularity of Indium in the Dulong Mineral Processing Plant, Yunnan Province, China
Year: 2025
Citation Count: 1

Conclusion

Peiqiang Fan is a highly impactful researcher and engineer whose expertise in flotation theory, secondary resource utilization, and sustainable metallurgy has led to critical innovations, patented technologies, and real-world industrial applications, making him a deserving candidate for the Best Researcher Award.

Khalid Alansari | Child Abuse | Best Researcher Award

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Prof. Khalid Alansari | Child Abuse | Best Researcher Award

Sidra Medical and Research Center |Qatar

Dr. Khalid Alansari is a highly accomplished pediatric emergency medicine physician with an extensive academic and clinical background. He is board-certified in Pediatrics and Pediatric Emergency Medicine by the American Board and the Royal College of Physicians and Surgeons of Canada. He currently serves as a senior leader in Pediatric Emergency Services in Qatar, holding several key positions including Chair of the Teaching Committee and Director of Pediatric Emergency Courses at Hamad Medical Corporation. Dr. Alansari is also a former Assistant Professor of Clinical Pediatrics at Weill Cornell Medical College – Qatar. He has played a vital role in developing medical education, fellowship programs, and emergency preparedness courses in collaboration with international organizations such as WHO and AAP. With decades of dedicated service, he has made significant contributions to medical training, curriculum development, and emergency care in pediatric populations across the Middle East.

Profile

ORCID

Education

Dr. Khalid Alansari’s educational journey reflects his commitment to excellence in pediatric medicine. He is board-certified by the American Board of Pediatrics and the Sub-board of Pediatric Emergency Medicine. He is also certified by the Royal College of Physicians and Surgeons of Canada in both Pediatrics  and Pediatric Emergency Medicine. His pursuit of continuous medical education includes certifications in Advanced Pediatric Life Support, Pediatric Life Support, and research ethics courses from CITI Program, preparing him for clinical, research, and administrative excellence. These academic achievements have enabled him to lead initiatives that shape pediatric emergency education and systems. His education has laid a strong foundation for a prolific career in teaching, clinical excellence, and healthcare leadership both nationally and internationally.

Experience

Dr. Alansari has held numerous prestigious clinical and academic roles across Canada and Qatar. He served as Chief Fellow in Pediatric Emergency Medicine at the Hospital for Sick Children, Toronto, in 2005. In Qatar, he has led pediatric emergency services for nearly two decades. He is the Chair of the Teaching Committee for Pediatric Emergency Centers and the Director of multiple pediatric emergency training programs, including triage and disaster response. He played a foundational role in shaping the Pediatric Emergency Fellowship Program and has served as an examiner for the Arab Board of Emergency Medicine across multiple years. As Assistant Professor at Weill Cornell Medical College – Qatar, he mentored future physicians while developing academic curricula. His clinical leadership extends to involvement in respiratory therapy education and pediatric resuscitation training. His multidimensional experience highlights a commitment to improving emergency care systems and building medical capacity regionally.

Awards and Honors

Dr. Khalid Alansari has received widespread recognition for his leadership and service in pediatric emergency medicine. His certifications and recertifications from the American Board of Pediatrics and the Royal College of Physicians and Surgeons of Canada highlight his standing in North American medicine. He was appointed Director of the Pediatric in Disaster Course, a program accredited by the World Health Organization, Pan American Health Organization, and American Academy of Pediatrics, reflecting international recognition of his expertise. His recurring roles as examiner for the Arab Board of Emergency Medicine further illustrate his trusted authority in the field. His long-standing leadership positions at Hamad Medical Corporation also point to institutional confidence in his capabilities. While specific awards were not listed, the caliber and continuity of appointments he has received are clear indicators of professional distinction and honor in global pediatric emergency circles.

Research Focus

While specific research publications are not detailed here, Dr. Khalid Alansari’s focus appears to be on clinical education, pediatric emergency care systems, triage protocols, disaster preparedness, and medical simulation training. His leadership in developing fellowship and disaster response training courses—accredited by leading global health organizations—underscores a strong emphasis on translational and applied research in pediatric emergency readiness. As an instructor of Advanced Pediatric Life Support and Pediatric Life Support courses, his work bridges the gap between academic theory and clinical application. His active role in curriculum development, evaluation, and capacity building through continuous education reflects a practice-based research approach, targeting outcomes in pediatric patient safety, acute care delivery models, and response frameworks for mass casualty scenarios. These areas are increasingly critical as healthcare systems worldwide strengthen resilience to pediatric emergencies, pandemics, and disasters. Dr. Alansari’s work informs both regional standards and global emergency medicine education

Publications

Title: How Artificial Intelligence Revolutionizing Digital Marketing
Year: 2023
Citation Count: 3

Title: Vaccine evaluation and genotype characterization in children infected with rotavirus in Qatar
Year: 2023
Citation Count: 5

Title: Clinical Presentation and Outcome of Multiple Rare Earth Magnet Ingestions in Children of Qatar. A Single-Center Experience
Year: 2023
Citation Count: 1

Conclusion

Dr. Khalid Alansari exemplifies excellence in pediatric emergency medicine through his international board certifications, leadership in medical education, development of accredited pediatric disaster preparedness programs, and unwavering commitment to clinical excellence, training, and service in Qatar and beyond.

 

Zhengyi Yao | Artificial Intelligence | Best Researcher Award

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Mr. Zhengyi Yao | Artificial Intelligence | Best Researcher Award

Sichuan Normal University |China

Zhengyi Yao, from Neijiang, Sichuan, China, is a dedicated researcher affiliated with Sichuan Normal University, holding both bachelor’s and master’s degrees in Computer Science and Technology. His work primarily focuses on the Internet of Things (IoT), cybersecurity, cryptography, and artificial intelligence (AI). With a growing presence in academic publishing, he has contributed to several high-impact journals indexed in SCI and Scopus. Mr. Yao has demonstrated a strong commitment to advancing secure, intelligent systems, particularly in logistics and industrial applications. His interdisciplinary approach blends theoretical research with practical implementation, contributing to emerging technologies such as blockchain-enabled IIoT and quantum cryptography. In addition to publishing five journal articles and securing seven patents, he actively contributes to the field through applied innovations aimed at enhancing privacy protection and data security. As a passionate technologist, Mr. Yao is continually exploring transformative solutions in smart systems, emphasizing the ethical and secure integration of AI in modern digital infrastructure.

Profile

Education

Zhengyi Yao completed his academic training at Sichuan Normal University, earning both his bachelor’s and master’s degrees in Computer Science and Technology. His undergraduate studies provided a solid foundation in software development, algorithms, and system architecture, while his postgraduate work emphasized advanced topics such as artificial intelligence, cybersecurity, and cryptographic methods. During his graduate years, he engaged deeply with interdisciplinary studies, aligning computer science with real-world applications in logistics, IoT, and secure communication systems. His academic performance has been marked by consistent excellence and a proactive engagement in research-driven projects. While enrolled, he also explored the practical aspects of emerging technologies, developing tools and frameworks to support digital transformation in industrial systems. His education has been instrumental in shaping his scientific outlook, fostering a commitment to ethical innovation and robust digital security. These academic experiences continue to inform his contributions to academic research and patent development in the tech and security domains.

Experience

Zhengyi Yao has gained substantial experience as a researcher and innovator in the fields of IoT, cybersecurity, cryptography, and AI. While at Sichuan Normal University, he actively participated in multiple collaborative research efforts that examined the integration of blockchain with IIoT systems and privacy-focused AI applications in logistics. Despite limited consultancy and editorial appointments, his practical contributions are demonstrated through five SCI/Scopus-indexed journal publications and seven patents. He has co-authored research tackling challenges in smart logistics security, 5G-based blockchain sensors, and quantum cryptography, showcasing his capability to bridge theoretical and applied computing. Through independent and team-driven efforts, Mr. Yao has contributed to designing secure systems that support data integrity and user privacy in dynamic industrial environments. His hands-on research experience, supported by solid academic training, underpins his drive to innovate in secure computing technologies and has positioned him as a promising young professional in China’s growing digital research landscape

Research Focus

Zhengyi Yao’s research centers on the intersection of emerging technologies like IoT, blockchain, AI, and cybersecurity, with a strong focus on intelligent logistics systems. He explores secure device communication, privacy-preserving data protocols, and cryptographic models for industrial systems. His work on blockchain-enabled IIoT platforms aims to fortify command operations against cyber threats, while his investigations into quantum cryptography are pushing the boundaries of next-generation digital security. One of his key contributions is the development of 5G-based universal blockchain smart sensors, combining speed, scalability, and trust for dynamic logistics applications. His research also examines how AI can be ethically and securely integrated into cyber-physical environments to optimize data flow, user privacy, and system integrity. Through published works and patented innovations, he is shaping solutions to critical security challenges facing smart logistics and industrial platforms. His forward-thinking approach promotes safer, more resilient infrastructures in an increasingly connected digital world.

Publications

Sensitive Data Privacy Protection of Carrier in Intelligent Logistics System
Year: 2024
Citation:2

Blockchain-enabled device command operation security for Industrial Internet of Things
Year: 2023
Citation:12

5G-BSS: 5G-Based Universal Blockchain Smart Sensors
Year: 2022
Citation:2

Conclusion

Zhengyi Yao exemplifies the qualities of a dedicated and innovative researcher, with notable contributions to smart logistics, cybersecurity, and cryptographic technologies. His blend of academic rigor and applied invention positions him as a rising leader in secure digital systems.

Huy Dinh | Orthopedics | Best Researcher Award

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Mr. Huy Dinh | Orthopedics | Best Researcher Award

Stanford University Department of Orthopaedic Surgery | United States

Huy G. Dinh is a dynamic clinical researcher and medical student at Stanford University School of Medicine, combining a strong foundation in bioengineering with innovative medical research. A graduate of UCLA with a B.S. in Bioengineering , he has co-authored numerous high-impact publications and presented at prestigious conferences, including the International Stroke Conference and American Society for Surgery of the Hand. Huy’s research spans computational modeling, cerebral hemodynamics, and thumb osteoarthritis. He currently works in the Ladd Lab at Stanford, focusing on orthopedic strain sensor design and joint dysfunction research. In addition to his academic achievements, he has served in multiple leadership roles in student organizations and contributed extensively to community and cultural initiatives. His background as an EMT further demonstrates his commitment to public health and patient care. Fluent in Japanese, Vietnamese, and Spanish, Huy integrates his multidisciplinary skills to advance translational research and inclusive medical innovation.

Profile

Education

Huy G. Dinh is pursuing his Doctor of Medicine at Stanford University School of Medicine (2023–present), where he is actively involved in interdisciplinary research at the intersection of engineering and clinical medicine. Prior to Stanford, he earned his Bachelor of Science in Bioengineering from the University of California, Los Angeles (2016–2021). His undergraduate experience laid the groundwork for his passion in applying computational tools and biomedical modeling to real-world medical challenges. Throughout his academic journey, Huy has combined coursework with impactful research, exemplified by his authorship in peer-reviewed journals. His strong foundation in bioengineering has been instrumental in shaping his approach to medicine, emphasizing innovation, precision diagnostics, and technology-driven healthcare solutions. His continuous learning is further supported by certifications such as the AHA Basic Life Support Provider, and skills in MATLAB, Python, COMSOL, and SolidWorks, enhancing his ability to translate theory into clinical applications.

Experience

Huy G. Dinh has amassed diverse and meaningful experience across clinical research, emergency care, and academic leadership. As a Clinical Researcher at Stanford’s Ladd Lab, he designs orthopedic strain sensors and investigates hand joint dysfunction. Previously, at ChienLab in UCLA, he led vascular diagnostics research and coordinated interdisciplinary teams. Huy also served as an EMT with Premier Ambulance and iCrowd, delivering emergency care and COVID-19 testing. His leadership roles include co-leading Stanford’s Orthopedic Surgery Interest Group and coordinating cultural and outreach events across UCLA, such as Southeast Asian Admit Weekend. In each position, Huy demonstrated exceptional organizational, technical, and collaborative skills. His ability to manage databases, conduct computational modeling, and present findings at international forums reflects a deep commitment to both scientific inquiry and community impact. Fluent in three languages and skilled in advanced software, he bridges the gap between medical research and patient-centered care with precision and empathy.

Awards and Honors

Huy G. Dinh’s scholarly achievements are reflected in his multiple peer-reviewed publications in reputed journals such as Stroke, Sensors, and Medical & Biological Engineering & Computing. He has been selected for podium and poster presentations at premier conferences including the International Stroke Conference, American Society for Surgery of the Hand, and the Stanford Medical Student Research Symposium. His academic and extracurricular dedication has earned him leadership roles in student organizations, demonstrating both scientific excellence and commitment to diversity and mentorship. Huy’s involvement in high-impact projects, including computational hemodynamic modeling and orthopedic innovation, highlights his research prominence at a young stage in his career. While formal award titles are not listed, his selection for multiple competitive speaking engagements, publication in top-tier journals, and leadership in major outreach programs collectively represent a strong portfolio of academic recognition, professional contribution, and societal impact. His trajectory suggests continued distinction in clinical research and academic medicine.

Research Focus

Huy G. Dinh’s research lies at the intersection of bioengineering, computational modeling, and clinical medicine. His primary focus areas include cerebral hemodynamics, vascular diagnostics, and orthopedic biomechanics. In vascular studies, he leverages guidewire pressure data and CFD (computational fluid dynamics) to model blood flow dynamics in conditions like carotid stenosis and intracranial aneurysms. His recent work also explores thumb osteoarthritis progression using novel sensor technologies and AI-assisted motion capture. Huy’s interdisciplinary expertise enables him to design and validate innovative diagnostic tools, pushing the frontier of personalized medicine. With over ten publications and numerous conference presentations, his research is recognized for bridging engineering precision with clinical relevance. His ongoing projects at Stanford aim to develop minimally invasive, real-time assessment technologies for joint and vascular health. Equipped with strong programming skills in Python and proficiency in modeling software like COMSOL and SolidWorks, Huy is positioned as a leader in translational bioengineering research.

Publications

Reconstruction of carotid stenosis hemodynamics based on guidewire pressure data and computational modeling
Year: 2022
Citations: 18

Image-derived Metrics Quantifying Hemodynamic Instability Predicted Growth of Unruptured Intracranial Aneurysms
Year: 2022
Citations: 9

A physical phantom for amine chemical exchange saturation transfer (CEST) MRI
Year: 2021
Citations: 25

Conclusion

Huy G. Dinh exemplifies the next generation of clinician-scientists through his integration of bioengineering, medicine, and innovation. With strong academic credentials, impactful publications, and hands-on clinical experience, he is committed to advancing diagnostic technologies in both vascular and orthopedic fields. His multidisciplinary approach, leadership roles, and community involvement highlight his well-rounded excellence. Huy’s work stands as a testament to bridging the gap between engineering and patient care, making him a promising contributor to translational medical science. He brings together empathy, innovation, and academic rigor, which will undoubtedly shape his future contributions to global healthcare challenges.