PhD Student, University of Yaounde I, Cameroon
Ghislain Junior Bangoup Ntegmi is a dedicated PhD student in Energetics at the University of Yaoundé 1, Cameroon, with a strong focus on thermal, electrical, and solar energy systems, particularly in cold production and energy optimization. His academic journey reflects a strong commitment to sustainable energy research and innovation in sub-Saharan Africa. His current doctoral work explores the thermodynamic analysis and optimization of an irreversible refrigerator operating on a reverse Stirling cycle powered by solar collectors. Under the supervision of Professors Elie Simo and René Tchinda, Ghislain has demonstrated exceptional promise in both theoretical and applied research, earning him several prestigious recognitions including the Zacharias Tanee Fomum researchers’ prize and the JESTO researchers’ prize. His academic and research excellence, complemented by hands-on teaching and professional engagements, positions him as a rising expert in the energy and environmental engineering field.
Profile
Education 🎓
Ghislain began his academic pursuit with a Master’s degree in Environmental Sciences from the University of Yaoundé 1, where he investigated the challenges of CO₂ emission reduction techniques in African contexts, focusing on Cameroon. His transition to the PhD program in Energetics in 2021 marked a deepening of his expertise, particularly in the thermodynamic and exergo-environmental optimization of renewable-based cooling systems. His educational foundation also includes vocational training in bio-gas production, which adds a practical, renewable energy dimension to his otherwise rigorous scientific background. His ongoing research combines environmental concern with advanced thermal engineering, demonstrating a holistic grasp of modern energy challenges.
Experience 🧑🏫
In addition to his academic pursuits, Ghislain has been involved in teaching for three years at the University of Yaoundé 1, where he leads practical sessions and directed work across various subjects such as thermodynamics, turbo machines, combustion, electro-kinetics, and energy demand control. He has also worked as a technician in biogas production and actively participated in research at the Laboratory of Energy, Electrical Systems and Electronics. His projects include multi-objective energy and environmental optimization of Stirling-based chillers tailored for specific African regions like Maroua. His ability to bridge theoretical knowledge with practical implementation through university-level teaching and applied research underscores his competence and commitment to energy education and innovation.
Research Interest 🔬
Ghislain’s research interests encompass a wide array of topics in energy systems engineering. These include thermodynamics, air conditioning, cryogenics, solar concentrators, wind energy, cryogenic systems, radiative transfer, and exergo-environmental optimization. He applies advanced modeling and simulation techniques to develop energy-efficient and economically viable systems tailored to the African climate and energy demands. His analytical proficiency includes tools like Matlab, HOMER, OpenLCA, and Engineering Equation Solver, enhancing his ability to perform high-level optimization and simulation. His interdisciplinary approach integrates engineering thermodynamics, heat exchangers, and environmental sustainability with a strong emphasis on practical, region-specific solutions.
Awards 🏆
Ghislain’s contribution to energy research has been recognized through multiple awards. Notably, he is the recipient of the Zacharias Tanee Fomum researchers’ prize and the JESTO researchers’ prize, awarded for his outstanding research performance and innovation in renewable energy systems. These accolades highlight his academic excellence, originality, and the societal relevance of his research work, particularly in addressing cold chain needs and energy sustainability in Africa.
Publication Top Note 📚
Thermo-Economic and Environmental Analysis of a Dish-Stirling/Stirling Thermal Solar Refrigerator for Cold Production (2025) in Renewable and Sustainable Energy Reviews – widely cited for its innovative integration of solar-thermal technologies.
Energy and Exergo-Environmental Analysis of a Refrigerator-Stirling/Photovoltaic System for Cold Production (2024) in Results in Engineering – addresses hybrid energy systems.
Energy and Exergo-Environmental Performance Analysis of a Stirling Micro-Fridge with Imperfect Regenerator (2024) in International Journal of Ambient Energy – emphasizes small-scale, efficient refrigeration.
Transition Towards Net Zero Emissions: Integration of a PV/T System with Hydroelectric Generator (2024) in Heliyon – focuses on emission control in hybrid setups.
Impact of Enthalpy on the Exergo-Environmental and Energy Performance of a Biomass Power Plant in Journal of Applied Surface Science – explores biomass-based solutions for clean energy.
These publications, each cited by multiple articles, demonstrate his significant contribution to academic literature in sustainable energy systems.
Conclusion ✅
In summary, Ghislain Junior Bangoup Ntegmi exemplifies academic brilliance, technical skill, and a passion for renewable energy solutions. His research has direct implications for addressing energy scarcity and sustainability in developing regions. As he nears the completion of his PhD, he stands as a promising contributor to the field of energy and environmental engineering, combining strong academic training, practical application, and a drive for innovation in clean energy systems. His work not only furthers scientific knowledge but also paves the way for sustainable development in Cameroon and beyond.