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Curriculum for Graduate Students
The curriculum is composed of five formative fields of precision engineering: 1) Biomedical precision engineering, 2) Fabrication technology and Sensing technology, 3) Microsystems, 4) Robot and mechatronics, and 5) Design and production systems.
Current Lecture List, 2025-26
updated: Apr.10, 2025
Biomedical precision engineering | |
---|---|
Medical precision engineering | N. Tomii |
Computer assisted surgery and therapy | E. Kobayashi |
Mechanobiology and tissue engineering | C. Imashiro |
Fabrication technology and Sensing technology | |
DLX Additive manufacturing science | T. Niino |
Ultra-precision machining | T. Hosobata |
Jointing manufacturing | Y. Kajihara |
Optical measurement | S. Takahashi |
Precision dimensional metrology | M. Michihata |
Theory of high-precision machine design | H. Mimura |
Microsystems | |
Applied microfluidic systems | S. Kim |
MEMS/NEMS process | B. Kim |
Advanced IoT devices packaging and integration | T. Itoh |
Nano-micro mechanical systems | H. Kawakatsu, S. Takahashi, Y. Kajihara, M. Michihata |
Robotics and mechatronics | |
Mechatronics for human and engineered environments | A. Yamamoto, A. Yamashita, Q. An, K. Kotani, K. Shimba |
Dynamic agent | J. Ota, Y. Wang |
Vibration of elastic continuum | T. Morita |
Design and production systems | |
Society and design methodology | Y. Umeda |
Sustainable design methodology | Y. Kishita |
Sevice Engineering | T. Hara |
Engineering foundation for synthesis of artifacts I | S. Kondo, J. Ota, Y. Umeda |
Engineering foundation for synthesis of artifacts II | J. Ota, Y. Umeda |
Geometry data processing | Y. Ohtake |
Special lecture on i-Construction Systems for infrastructure projects | A. Yamashita, Louhi Kasahara |
DLX Design×Engineering | T. Niino |
Visual Communication | M. Higaki |
Global communication | |
Scientific writing and presentation skills | H. Kawakatsu | Practice in international workshop on precision engineering |
Practice and project based learning | |
Advanced practice of precision engineering | |
Special seminar of precision engineering | |
Advanced lectures on precision engineering I–IV | |
Precision engineering production factory tour | |
Special lecture on decommissioning and dismantling | |
Special seminar on i-Construction systems for infrastructure projects |
Other information
・Quantum Science and Technology Fellowship Program (Q-STEP)Doctoral student education support program to develop human resources in quantum science and technology. The Quantum Science and Technology Fellowship is designed to develop human resources to solve sustainable development goals (SDGs) and global commons by developing a research and education program that gives a broad overview from quantum science to quantum technology and by providing a career path support program.