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Faculty
Faculty
Kazuya Mitsui, Ph. D
Kazuya Mitsui, Ph. D
Associate Professor
Associate Professor
Institute of Science Tokyo
Institute of Science Tokyo
School of Environment and Society
School of Environment and Society
Department of Architecture and Building Engineering
Department of Architecture and Building Engineering
Biography
2008-2012 Nagoya Institute of Technology, Dept. of Arch. and Design, B.Eng.
2012-2014 Nagoya Institute of Technology, Dept. of Simulation Eng., M.Eng.
2016 Salerno University, Italia, Short Visiting
2014-2017 Nagoya Institute of Technology, Dept. of Simulation Eng., Dr.Eng. (Ph.D)
2017-2019 Nippon Steel Corp., R&D Laboratories, Steel Structure Research Lab., Researcher
2019-2024 Institute of Science Tokyo (Former Tokyo Institute of Technology), Assistant Professor
2024- Institute of Science Tokyo (Former Tokyo Institute of Technology), Associate Professor
Awards and Honors
Sep. 2015 Nagoya Institute of Technology — NIT International Engineering Award
Sep. 2016 Nagoya Institute of Technology — NIT International Engineering Award
Mar. 2017 Nagoya Institute of Technology — Vice President’s Award for Academic Activities
Dec. 2019 Tokyo Institute of Technology — Young Researcher Encouragement Award
Nov. 2021 Japan Society of Steel Construction — Excellent Presentation Award
Dec. 2023 Tokyo Institute of Technology — Creative Research Encouragement Award
Sep. 2025 Architectural Institute of Japan — Young Researcher Award
Doctoral Candidates
Doctoral Candidates
Hiroki Ogawa
Hiroki Ogawa
Research Topic:
Development of Steel Structural Connections Using Adhesives
Master's Course
Master's Course
Keigo Okazaki
Keigo Okazaki
Research Topics:
Buckling Behavior of Cold-Formed Thin-Walled Steel Members and Development of New Evaluation Methods for Member Performance
Graduation Thesis (2025):
Shingo Fujimoto
Shingo Fujimoto
Research Topics:
Behavior of Beam Members with CLT Panels, Hysteretic Modeling and Time-History Response Analysis of H-Section Beam Memberse
Sena Mitsuda
Sena Mitsuda
Research Topics:
Hysteretic Modeling and Time-History Response Analysis of H-Section Beam Members, Development of Failure Models Based on Probability Theory
Graduation Thesis (2025):
A Hysteresis Model for I-shaped Beam Based on Experienced Amplitudes and Local Buckling Collapse Mode
Bachelor's Course
Bachelor's Course
Mayuko Honda
Mayuko Honda
Research Topics:
Monitoring of Material Properties and Structural Behavior of Steel Members, and Development of Repair Methods
Alumni of the MIST
Alumni of the MIST
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