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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Rasha Alrkebat | Environmental Science | Women Researcher Award

Dr. Rasha Alrkebat | Environmental Science | Women Researcher Award

Researcher in National Agricultural Research Center‎, Jordan

Dr. Rasha Alrkebat is a specialist in Earth System Science with academic training in geography and environmental geology from the University of Jordan, focusing on sustainable water use, geospatial analysis, and climate change. She currently works as an Agricultural Research Scientist at Jordan’s National Agricultural Research Center, where she leads projects on climate adaptation, water management, and international research collaboration. Her experience includes roles as a research assistant and teaching assistant, contributing to GIS education, groundwater studies, and applied environmental research. She is also the Founder and Scientific Editor of the Earth System Sciences section at the Arabica Encyclopedia, where she develops scientific content and editorial frameworks. Dr. Alrkebat has contributed to multiple internationally funded projects related to sustainability, agriculture, soil health, and circular economy initiatives. She has authored numerous encyclopedia articles on Earth system science, climate change, geospatial technologies, and interdisciplinary environmental topics, alongside serving as a reviewer for diverse scientific entries. Her professional engagement includes participation in global conferences, workshops, and scientific committees, with active involvement in climate change, water resources, and sustainability discussions. She has also contributed to institutional development, national policy dialogue, and international partnerships, earning recognition through several appreciation certificates and awards for her scientific and professional contributions.

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Mohamed Hssan Hassan Abdelhafez | Environmental Science | Research Excellence Award

Prof. Mohamed Hssan Hassan Abdelhafez | Environmental Science | Research Excellence Award

Professor at University of Hail, Saudi Arabia

Prof. Mohamed Hssan Hassan Abdelhafez is a distinguished researcher in architectural engineering, specializing in sustainable design and climate-responsive built environments, particularly in hot desert regions. His research focuses on the integration of passive cooling strategies, energy-efficient building systems, and urban climate adaptation to enhance thermal comfort, reduce energy consumption, and minimize CO₂ emissions. With strong expertise in environmental design, natural ventilation, and computational fluid dynamics (CFD) modeling, he develops innovative simulation-based solutions for both buildings and urban spaces. His work bridges architecture, urban planning, and climate science, contributing to resilient and sustainable city development aligned with future climate change scenarios. He has led and collaborated on multiple research projects addressing energy efficiency, sustainable urban development, and climate-sensitive urban morphology, particularly in Saudi Arabia and Upper Egypt. His contributions extend to applied research in building performance, heritage conservation, and smart urban strategies, supporting national visions such as Saudi Vision 2030. Through his academic, research, and consultancy roles, he continues to advance knowledge in sustainable architecture and urban systems, promoting environmentally responsible design practices for future generations.

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