معرفی
Mitsuhiko Ozaki is an Assistant Professor at Waseda University's School of Creative Science and Engineering, Faculty of Science and Engineering. He earned his Doctor of Engineering (Dr.Eng.) degree from Waseda University in March 2025. His academic appointment began in April 2025, and he is actively engaged in research and teaching within the field of structural engineering with a focus on concrete structures and FRP reinforcement technologies.
Dr. Ozaki's educational background culminates in his recently awarded Doctor of Engineering degree from Waseda University. His doctoral research likely focused on structural engineering topics related to his current research interests.
Dr. Ozaki's research focuses on structural engineering and earthquake engineering, with particular emphasis on civil engineering materials, execution, and construction management. His specific research interests include concrete structures and composite structures, with a strong focus on FRP (Fiber Reinforced Polymer) reinforcement techniques for concrete structures. His work addresses critical challenges in structural repair and strengthening, particularly for deteriorated concrete infrastructure. He has developed innovative approaches for analyzing and predicting debonding behavior between FRP sheets and concrete, as well as methods for improving bond strength using specialized resins and primers. His research integrates advanced computational methods, including finite element analysis and neural networks, to solve complex structural engineering problems.
Dr. Ozaki's publication record demonstrates a strong focus on practical applications of FRP reinforcement technologies for concrete structures. His recent work shows a progression from fundamental studies of bond mechanics to more complex applications involving corroded structures and AI-assisted prediction models. A notable trend in his research is the integration of traditional structural engineering principles with modern computational techniques, particularly in using neural networks with mechanical interpretations for structural prediction. His work has significant implications for extending the lifespan of existing concrete infrastructure through innovative repair and strengthening methodologies.
- Annual Academic Lecture Excellent Presenter Award (2024) - Japan Society of Civil Engineers
- Annual Paper Encouragement Award (2023) - Japan Concrete Institute
- Annual Paper Encouragement Award (2021) - Japan Concrete Institute
- Annual Academic Lecture Excellent Paper Award (2020) - Japan Society of Civil Engineers
- JSCE Structural Engineering Paper Collection Vol.66A Paper Award (2020) - Japan Society of Civil Engineers
- Aoki Prize (2020) - Waseda University School of Creative Science and Engineering
Dr. Ozaki is actively involved in multiple research projects funded by prestigious organizations including the Ministry of Land, Infrastructure, Transport and Tourism's Kanto Regional Development Bureau, the Japan Society for the Promotion of Science (JSPS), and the Japan Science and Technology Agency (JST). His current projects focus on developing FRP sheet reinforcement systems for concrete bridges, creating unmanned inspection systems for underground tunnels using amphibious drones, and advancing shear strength evaluation methods for FRP-reinforced members. While specific student advising information isn't provided in the available data, his teaching responsibilities suggest he likely mentors students in structural engineering and concrete technology.
Dr. Ozaki is a member of several professional organizations including the Japan Society of Civil Engineers (since 2020), the Japan Concrete Institute (since 2021), and the Prestressed Concrete Engineering Society (since 2021). He serves on committees related to concrete engineering standards and FRP reinforcement research. His work on FRP reinforcement systems represents a significant contribution to the field of structural repair and strengthening, with potential applications in extending the service life of aging concrete infrastructure worldwide.
