Dr. Ismail Kamdar, Nanjing University of Aeronautics and Astronautics, China.
Dr. Ismail Kamdar is a dedicated renewable energy researcher with a multidisciplinary academic and professional background spanning over 8 years. Based in Nanjing, China, he is currently a Postdoctoral Fellow at the prestigious Nanjing University of Aeronautics and Astronautics. Dr. Kamdar specializes in energy technology, particularly in the development and application of grey systems theory and multi-criteria decision-making techniques for sustainable energy systems. With a robust publication record in high-impact journals, his work has attracted over 300 citations, underscoring his influence in the fields of wind and solar energy, waste management, and GIS-based energy planning. His research is aimed at advancing sustainable energy development, especially in developing economies, through a blend of theoretical rigor and practical application. Dr. Kamdar is also active in academic dissemination, having presented at international conferences and conducted workshops to share his knowledge on scientific tools and energy assessment frameworks.
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🎓 Education Background
Dr. Kamdar holds a PhD in Energy Technology (2022) and an MSc in Sustainable Energy Management (2019) from Prince of Songkla University, Thailand. During his doctoral research under the supervision of Prof. Juntakan Taweekun, he investigated wind energy development in Southern Thailand, using models and tools such as WAsP and GIS. His master’s thesis applied a GIS-AHP methodology for evaluating solid waste landfill sites, highlighting his early commitment to integrating sustainability with geospatial intelligence. Prior to this, he earned his BSc in Electrical (Power) Engineering from COMSATS University, Pakistan, where he built a strong foundation in power generation, circuit analysis, and energy systems. Dr. Kamdar’s academic journey showcases a seamless progression from electrical engineering fundamentals to advanced renewable energy applications, with a strong focus on interdisciplinary and technological integration. This rich educational trajectory has positioned him as a well-rounded expert capable of bridging theoretical frameworks with real-world environmental and energy challenges.
💼 Professional Experience
Dr. Kamdar is currently serving as a Postdoctoral Researcher (2023–2025) at Nanjing University of Aeronautics and Astronautics, where he developed a novel dynamic grey relational analysis model integrated with TOPSIS and AHP to assess solar energy development barriers in China. He has also served as a Research Associate at Thaksin University (2022–2023), contributing to three major publications on solar energy for tropical hospitals and islands. His academic roles include lecturing on energy management and conducting international workshops on research software tools like OriginLab and Mendeley. Before academia, Dr. Kamdar gained hands-on industrial experience as an Electrical Trainee Engineer at Islamabad Electric Supply Company (2016–2017), focusing on power distribution, load forecasting, and system optimization. This blend of academic insight and industrial exposure has equipped him with a holistic understanding of energy systems—both from a theoretical and practical standpoint—making him an asset to multidisciplinary renewable energy initiatives worldwide.
🌱 Research Interests
Dr. Kamdar’s research interests are deeply rooted in sustainable energy systems, with particular emphasis on renewable energy resource assessment, municipal waste-to-energy conversion, and offshore renewable technologies. He is an expert in integrating Multi-Criteria Decision-Making (MCDM) techniques such as AHP, TOPSIS, and dynamic grey relational analysis to prioritize energy strategies in complex socio-political and geographic contexts. His recent work focuses on the levelized cost of energy (LCOE) analysis, techno-economic assessments, and policy frameworks guiding photovoltaic and wind energy deployment. Dr. Kamdar also explores the application of grey systems theory and geographic information systems (GIS) to optimize energy planning and landfill siting. His interdisciplinary approach draws from engineering, data analytics, environmental science, and policy studies, ensuring a well-rounded solution framework for real-world energy challenges. He is committed to sustainable development goals and actively collaborates on projects that influence national and regional renewable energy policies, particularly in developing nations across Asia.
🏆 Awards and Recognition
Dr. Kamdar’s research excellence has been recognized through several notable achievements. Most recently, he received the Best Paper Award at an international energy conference for his innovative application of dynamic grey relational analysis in evaluating solar energy barriers. His article in Resources, Conservation and Recycling (IF: 11.2) was marked as a Highly Cited Paper, reflecting its significant academic and practical impact. Additionally, his contributions to Sustainability (2021) and the International Journal of Renewable Energy Development (2023) have been recognized for their citation performance. As an early-career researcher, these acknowledgments underscore his growing influence in global energy discourse. His interdisciplinary work is not only pushing the boundaries of energy systems modeling but also creating pathways for smarter, greener decision-making in developing regions. His dedication to knowledge dissemination, policy impact, and technical development positions him as a top candidate for awards recognizing scientific innovation, impact, and leadership in the renewable energy domain.
📚 Publications
Evaluating underlying barriers and development pathways for photovoltaic solar energy in China
Prioritizing barriers for solar energy in China
Wind characteristics in Thailand
Wind farm site selection using WAsP tool
Landfill siting using GIS-AHP
Solar PV for Thai hospitals
Hybrid Microgrid in Koh Samui
1 MW rooftop solar in Thailand
✅ Conclusion
Dr. Ismail Kamdar exemplifies the qualities of an impactful researcher whose work bridges theory and application in the field of sustainable energy. His outstanding record of publications in high-impact journals, pioneering methodologies in grey systems, and practical insights into GIS and renewable energy modeling reflect a commitment to solving real-world energy challenges. With over 300 citations and multiple highly cited papers, he has made a mark in global academic and policy-oriented research landscapes. His interdisciplinary approach, technical depth, and forward-thinking mindset make him an ideal nominee for any prestigious research award in renewable energy and sustainability. Recognizing his contributions will not only honor his individual excellence but also spotlight emerging methodologies and practices essential to the global transition toward clean energy. He is poised to make further breakthroughs and inspire future innovations in the renewable energy sector.