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Title: Impact of cloud microphysics schemes on tropical cyclone forecast over the western North Pacific
Author(s): J. Park, D.H. Cha, M.K. Lee, J. Moon, S.J. Hahm, K. Noh, J.C.L. Chan, M. Bell
Journal: Journal of Geophysical Research: Atmospheres -
Title: Long‐term trends in tropical cyclone tracks around Korea and Japan in late summer and early fall
Author(s): M. Lee, D.H. Cha, J. Moon, J. Park, C.S. Jin, J.C.L. Chan
Journal: Atmospheric Science Letters -
Title: Impact of spectral nudging on real‐time tropical cyclone forecast
Author(s): J. Moon, D.H. Cha, M. Lee, J. Kim
Journal: Journal of Geophysical Research: Atmospheres -
Title: Future change in tropical cyclone activity over the western North Pacific in CORDEX-East Asia multi-RCMs forced by HadGEM2-AO
Author(s): H. Lee, C.S. Jin, D.H. Cha, M. Lee, D.K. Lee, M.S. Suh, S.Y. Hong, H.S. Kang
Journal: Journal of Climate -
Title: How does Pacific decadal oscillation affect tropical cyclone activity over far East Asia?
Author(s): M. Lee, T. Kim, D.H. Cha, S.K. Min, D.S.R. Park, S.W. Yeh, J.C.L. Chan
Journal: Geophysical Research Letters
Dr. Minkyu Lee - Wind energy - Best Researcher Award
Korea Institute of Energy Research - South Korea
Author Profile
🎓 Early academic pursuits
Minkyu Lee embarked on his academic journey with a deep curiosity about the natural world. he pursued his bachelor’s degree at the ulsan national institute of science and technology (unist) from 2012 to 2016, majoring in earth science and engineering with an interdisciplinary focus on disaster and risk management engineering. his undergraduate years were enriched by his active involvement in research as an intern at the school of urban and environmental engineering, which laid a strong foundation for his graduate studies.
🧑🔬 Professional endeavors
Following his academic training, dr. lee took on postdoctoral research at the division of environmental science and engineering at pohang university of science and technology (postech) from march 2022 to january 2024. his work there focused on climate systems and advanced numerical modeling techniques to predict extreme weather events. in february 2024, he advanced to the role of senior researcher at the renewable energy big data laboratory, korea institute of energy research (kier), where he continues to pioneer climate research with real-world implications for renewable energy systems, including applications tied to power electronics integration.
🔬 Contributions and research focus
Dr. Lee's research portfolio spans critical areas in climate science and engineering. his expertise includes attribution studies, tropical cyclone forecasting, and the improvement of numerical Wind energy and regional climate models. he has made meaningful contributions to understanding the relationship between large-scale climate oscillations and extreme weather behavior in east asia, which is essential for disaster preparedness and sustainable development.
🌍 Impact and influence
Dr. Lee's work has direct implications for the accuracy of climate forecasting models used in both academic research and governmental disaster response planning. his scientific insights Wind energy contribute to advancing regional climate predictions in the context of global climate variability, aiding in the reduction of vulnerability to natural disasters. his integration of environmental modeling with data-driven technologies positions him as a bridge between climate science and energy innovation, particularly in how power electronics can be used to build resilient, data-responsive energy systems.
📚 Academic citations
While still early in his senior research career, dr. lee’s doctoral work and subsequent publications have started gaining traction in the scientific community. his articles are increasingly cited in Wind energy fields such as meteorology, disaster risk reduction, and renewable energy systems. his interdisciplinary approach attracts attention across various domains, including applied climatology and computational earth sciences.
🚀 Legacy and future contributions
Dr. Minkyu lee is on a path to becoming a prominent figure in climate risk modeling and renewable energy integration. he aims to contribute to global efforts in mitigating climate change through regional forecasting tools that inform infrastructure and energy policies. looking ahead, he intends to expand his research toward the development of next-generation climate models that interface seamlessly with power electronics infrastructure, ensuring adaptive and intelligent energy management in the face of climatic uncertainties.