- Faculty of Engineering
- Department of Electronics and Computer Engineering Department of Electrical Systems Engineering Department of Mechanical Engineering and Informatics Department of Civil and Environmental Engineering Department of Architectural Engineering
- Faculty of Applied Information Science
- Department of Computer Science Department of Information Systems Department of Information Management
- Faculty of Environmental Studies
- Department of Architectural Design Department of Global Environment Studies Department of Food and Health Sciences
- Graduate School
- Major in Intelligent Structure and Functional Science Major in Electrical and Electronic Engineering Major in Mechanical Systems Engineering Major in Civil and Architectural Engineering Major in Information Systems Science Major in Environmental Studies Major in Biological and Biomedical Engineering
Faculty of Engineering
Department of Mechanical Engineering and Informatics
In this department, students can acquire expertise in the four core mechanics disciplines—mechanical dynamics, material mechanics, thermodynamics, and fluid mechanics—along with advanced knowledge in mechanical informatics, including programming and digital design. By integrating these two fields, students develop the knowledge, skills, and creativity required for next-generation manufacturing, contributing to the advancement of modern society.
Education and Research Areas
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Robots
Students explore the design, manufacturing, and control of robots used in diverse fields, including industry, infrastructure, exploration, services, and healthcare. The curriculum covers all aspects, from design and manufacturing to control systems.
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Mobility
To create comfortable and convenient transportation solutions, students acquire knowledge and skills in advanced information technologies such as object recognition, autonomous driving, and obstacle avoidance, along with approaches from a hardware perspective.
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Advanced Materials
Students learn cutting-edge knowledge and technologies for developing lightweight materials that significantly reduce CO₂ emissions and improve performance in transportation equipment, as well as materials with superior structural and functional properties.
Faculty List
| Faculty Name | Position | Research Topic |
|---|---|---|
| Jonghyun Ahn | Junior Associate Professor | Environmental Perception and Intelligent Control Systems for Field Robotics |
| Chiharu Fukushima | Professor | Vortex Structure and Flow Mixing/Diffusion in Stratified Fluids |
| Yoshitsugu Goto | Professor | Analysis and Vibration Control of Motion in Mechanical Systems Such as Mobility |
| Makoto Hino | Professor | High Functionalization of Mechanical Materials by Surface Modification |
| Yuta Kimura | Assistant Professor | Representation Theory of Algebras |
| Ryoichi Kuwano | Professor | Laser Joining of Dissimilar Materials for Multi-Material |
| Takuo Nagamachi | Professor | New Production Technology for Metal Processing by Plastic Working |
| Eiji Oda | Professor | Student Support and Educational Methods |
| Takahiro Ohta | Professor | Forming, Joining, and Residual Stress Control Using Plastic Deformation |
| Toshio Ohta | Associate Professor | Sharing Control Law in Autonomous Driving |
| Motoyasu Sakurai | Associate Professor | Vortex Structure and Stability of Laminar Separated Flow Using CFD |
| Yuhki Satoh | Professor | Microstructure and Mechanical Properties of Materials |
| Jun Satohobu | Professor | High-Power Ultrasonic Processing and Its Applications |
| Sang-J Song | Professor | Development of Integrated Cellular Manufacturing by Applying Simulation Methods |
| Fumihiro Suzumura | Professor | Mathematical Modeling and Optimization in Dynamical Systems |
| Koji Takato | Associate Professor | Next-Generation Automobiles |
| Kohji Utsunomiya | Associate Professor | Manipulation and Control of Turbulent Pipe Flow and Internal Flow by Disturbances or Manipulators |
| Rongguang Wang | Professor | Creation of Multicomponent Materials and Discovery of Their Functions |
| Aishi Yamamoto | Professor | Condensed Matter Physics Using Optical Measurement Methods |
| Tomoaki Yatsufusa | Professor | Efficient Utilization of Combustion Energy |
