Fundamental Mechanical Engineering
Course Overview
Utilizing engineering design ability to contribute to the advancement of mechanical systems
The course is designed to develop students' engineering design ability to solve social problems using the systematic knowledge of mechanics that is the basis of mechanical engineering, and to develop their research and development ability to contribute to the advancement of mechanical systems. In the first and second years, students acquire the engineering thinking and design competencies required for mechanical engineering while learning basic knowledge of mechanics and mathematics. In the third and fourth years, students focus on Graduation Research 1-4, accumulating experiential learning based on research to acquire engineering design ability and research and development ability from a mechanical viewpoint.
Research Fields/Areas
Vibration/control
Kinematics of machine, mechanical dynamics, mechanisms and vibration control measures for high-speed vehicles, etc.
Fluids
Physical properties of fluids such as water and air, flow within blood vessels, flow around solid objects such as aircraft, etc.
Heat/energy
Thermodynamics, engine systems, heat transfer, environmental/energy engineering, effective energy utilization, etc.
Application areas
Aerospace engineering, cryogenics, mechatronics, advanced materials engineering, etc.
Materials
Materials mechanics, physical and chemical properties of materials, mechanical materials, etc.
Design/processing
Production processing technology such as casting and welding, machine elements, machine/parts design, etc.
Keywords for Learning
- Manufacturing
- AerospaceManufacturing
- Mobility systemsManufacturing
- EngineManufacturing
- RobotsManufacturing
- MicromachinesManufacturing
- MechatronicsManufacturing
- Machine toolsManufacturing
- Composite materialsManufacturing
- Material strengthManufacturing
- EnergyManufacturing
- EnvironmentManufacturing
- RecyclingManufacturing
- Medical engineeringManufacturing
- Artificial intelligence
Curriculum
Course Data
| Degree | Bachelor of Engineering | |
| Campus | 1st and 2nd year: Omiya 3rd and 4th year: Toyosu | |
| Number of people | Number of faculty members | Jump to Japanese page |
| Admission capacity | 228 | |
| Number of students | Jump to Japanese page | |
| Number of students entering graduate school | - | |