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Mr. Parul Asati is a professional with experience spanning industry, research, and project development, combining analytical, technical, and strategic capabilities. Professional experience includes coordination across operations, compliance, and marketing functions in the insurance sector, along with hands-on involvement in software solutions using PHP and CodeIgniter. Research interests focus on management and interdisciplinary domains, supported by contributions to Scopus-indexed papers, international journals, and scholarly book chapters with reputed publishers. Research skills include data analysis, statistical tools, documentation, and academic writing, complemented by proficiency in SPSS, SMART PLS, Excel, and MS Office tools. Awards and honors include recognition through national programs, certifications, and a Limca Book of Records entry. Overall, the profile reflects a balance of applied industry exposure, academic research engagement, and continuous professional development. He has achieved 10 Citations, 4 Documents, 2h-index.
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The Role of Electric Vehicles in the Agriculture Industry Using IoT: Turning Electricity into Food
– Digital Agricultural Ecosystem, 2024
Factors Influencing Health & Environmental Intentions to Adopt Electric Vehicles
– International Journal, 2024
Digital Twin Technology: A Step Towards the Future of Intelligent Electric Vehicles
– Metaverse and Sustainability, 2025
The Role of Green Consumer Behavior in Shaping Electric Vehicle Adoption
– International Journal of Energy Economics and Policy, 2025
Assist. Prof. Dr.Husham Saied is an accomplished academic and researcher with extensive experience in biomedical technology, combining teaching, applied research, and interdisciplinary collaboration. His professional experience spans academic appointments and clinical–engineering roles, contributing to curriculum development, student supervision, and the translation of engineering solutions into healthcare practice. His research interests focus on biomedical signal processing, medical devices, diagnostic systems, assistive technologies, and computational methods applied to healthcare challenges. He possesses strong research skills in experimental design, data analysis, system modeling, algorithm development, and scholarly publishing, alongside experience in funded projects and patent-oriented innovation. His work has earned professional recognition through editorial roles, peer-review activities, and participation in impactful research initiatives. Overall, his profile reflects sustained contributions to biomedical engineering research and education with measurable scholarly impact. He has achieved 105 Citations, 6 Documents, 5h-index.
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Mr. Jetron Adtoon is an accomplished computer engineering professional with extensive experience in academic leadership, research coordination, technology business incubation, and government engineering services. He has held key roles as Manager of a Technology Business Incubation hub, Research Coordinator, Assistant Research Coordinator, and full-time faculty member, contributing strongly to research development, innovation management, and engineering education. His research interests focus on decision support systems, predictive analytics, geospatial applications, ICT systems, and applied computing solutions. His research skills include system design, software development, data analytics, project leadership, and interdisciplinary collaboration. His achievements include leadership of a DOST-funded project, registered patents, utility models, copyrighted instructional materials, professional engineering certification, and active membership in national engineering and research organizations, reflecting sustained contributions to applied research and innovation. He has achieved 131 Citations, 12 Documents, 7h-index.
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Prof. Zixue Du is a senior academic and research leader with extensive expertise in vehicle dynamics, rail transit systems, and transportation equipment engineering. His professional experience includes major leadership roles in mechatronics, vehicle engineering, and rail transit research, alongside active participation in national academic, industrial, and governmental advisory bodies. His research interests focus on straddle-type monorail vehicles, system integration, tire wear mechanisms, traction control, and safety assurance technologies. He has led and contributed to numerous national and provincial research projects, collaborated extensively with industry, and produced impactful scholarly outputs including journal publications, patents, monographs, and technical standards. His contributions have been recognized through multiple high-level scientific and technological awards, reflecting sustained influence in transportation engineering research and innovation. He has achieved 534 Citations,63 Documents, 11h-index.
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Prof. Karine Mougin is an established researcher with extensive professional experience in materials science and nanotechnology, holding senior academic and research roles within multidisciplinary research institutes. Her work focuses on functional surfaces, nanoparticle-based materials, nanostructuration, and advanced composites, with strong emphasis on self-assembly processes, nanomechanics, plasmonic materials, and sustainable fiber-reinforced systems. She possesses advanced research skills in surface functionalization, nanoparticle synthesis, nanomanipulation, micro- and nanoscale characterization, and applied materials engineering. Her scientific contributions include high-impact publications, patents, invited lectures, and supervision of doctoral research, reflecting significant recognition and honors within the field. Overall, her research advances innovative materials for sensing, coatings, and smart applications. She has achieved 1457 Citations, 95 Documents, 22h-index.
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Zhibao Cheng is a senior academic and researcher recognized for significant contributions to civil and structural engineering, with a strong focus on building science, vibration mitigation, seismic isolation, and periodic and metamaterial-based structures. His professional experience spans progressive academic roles and international visiting appointments, reflecting sustained leadership in teaching, research, and collaboration. His research interests center on seismic vibration control, wave propagation, periodic foundations, inerter-based damping systems, and advanced computational and data-driven methods. He possesses strong research skills in analytical modeling, numerical simulation, experimental validation, and interdisciplinary engineering applications. His achievements have been acknowledged through numerous prestigious awards and honors, including international recognition among top global scientists. Overall, his work has had a lasting impact on earthquake engineering and vibration control research communities. He has achieved 1531 Citations, 54 Documents, 19 h-index.
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Generative Adversarial Network Guided Topology Optimization of Periodic Structures – Mechanical Systems and Signal Processing, 2020
An Inerter-Enhanced Floating Floor Structure for Seismic Hazard Mitigation – Soil Dynamics and Earthquake Engineering, 2022
Mr. Stève NKENGNE TCHASSEM is an emerging researcher with experience spanning applied research, technical analysis, and interdisciplinary project execution. His professional experience reflects engagement in problem-driven research environments, collaborative development, and implementation of analytical methodologies aligned with real-world challenges. His research interests focus on data-driven systems, intelligent technologies, and applied engineering solutions with societal and industrial relevance. He demonstrates strong research skills in analytical modeling, data interpretation, technical documentation, and the use of modern computational and research tools. His work reflects methodological rigor, adaptability, and collaborative competence. Recognized for academic diligence and professional contributions through honors and merit-based acknowledgments, his profile highlights a commitment to impactful research, continuous innovation, and meaningful knowledge advancement across multidisciplinary domains. He has achieved 2 Citations and 3 Publications.
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