Miho Park | Wind Power | Future Frontier Science Award

Mr. Miho Park | Wind Power | Future Frontier Science Award

Senior Researcher in Institute for Advanced Engineering, South Korea

Mr. Miho Park serves as a Senior Researcher at the Institute for Advanced Engineering (IAE), specializing in the design and optimization of wind turbines and wind farms. His research focuses on advanced floating offshore wind technologies, integrating innovative engineering solutions with AI-driven methodologies. He has contributed to numerous projects involving offshore wind farm feasibility, wind resource assessment, and optimization design strategies. His work includes the development of large-scale floating offshore wind turbine systems, ranging from mid-capacity models to next-generation 25MW reference systems. He is also actively involved in designing modular, expandable floating wind hubs for large-scale energy deployment. A key area of his innovation is the development of high-reliability floating LiDAR systems and motion correction algorithms using artificial intelligence. His expertise extends to mixed turbine wind farm control systems and digital information platforms for offshore energy infrastructure. In addition, he has contributed to global renewable energy optimization initiatives, including PV-balance of system integration. He has also undertaken multiple consultancy and industry projects related to wind farm feasibility, wake effect analysis, and performance optimization. His contributions are supported by patented technologies in floating LiDAR systems and wind resource measurement methods. Overall, his work advances efficient, scalable, and intelligent offshore wind energy solutions.

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Giurgi Gavril-Ionel | Photovoltaic Cells | Research Excellence Award

Dr. Giurgi Gavril-Ionel | Photovoltaic Cells | Research Excellence Award

National Institute for Research and Development of Isotopic and Molecular Technologies, Romania

Dr. Giurgi Gavril-Ionel is a researcher specializing in chemistry and renewable energy technologies, with a strong focus on the design, fabrication, and characterization of organic solar cells. He holds advanced academic qualifications in chemistry and electronics engineering, complemented by a solid foundation in applied electronics. He currently serves as a Research Assistant, contributing to European-funded projects aimed at advancing organic solar cell technologies through experimental development, system modeling, and prototype optimization. His work includes designing flexible solar cell devices, conducting performance and stability testing, and integrating low-power electronic systems for practical applications. He has expertise in simulation tools such as MATLAB/Simulink to predict device behavior and enhance system efficiency. In addition to his research role, he has prior experience as a maintenance engineer and electronics technician, providing technical support for IT systems and electronic equipment. He has demonstrated leadership through participation in entrepreneurial programs and achieving recognition in innovation-focused competitions. He has also presented his research at international conferences, highlighting advancements in photovoltaic systems and organic solar cell technologies.

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