MECHANICAL SYSTEMS

Advancing mechanical engineering and developing innovative
and sustainable mechanical systems for the Earth’s future

Advancing mechanical engineering and developing innovative and sustainable mechanical systems for the Earth’s future

Comprehensive study of mechanical engineering, the foundation of all advanced technologies

This course focuses on mechanical engineering, which forms the foundation of mechanical systems, and helps students to cultivate the academic skills necessary to explore new technologies. The course is characterized by its wide range of subjects, starting with mathematics, and including mechanics, electromagnetics, fluid mechanics, thermodynamics, mechanics of materials, measurement engineering, control engineering, machine design engineering, and nano-processing, etc. To acquire the basic skills needed for mechanical engineering, students also learn experimental techniques, mechanical design and technical drawing through hands-on activities.

Development of environmentally friendly energy systems

To create "mechanical systems" that will serve societal functions in the future, it is necessary to develop innovative materials and apply them to intelligent systems that can adapt to the environment and circumstances. The knowledge and skills learned in this course will also be of great use in the development of environmentally compatible energy systems such as solar energy, wind power, and hydropower. Ultimately, the Mechanical Systems Course aims to nurture scientists and engineers who will become leaders in these fields.