Course of Mechanical Engineering

Mechanical systems engineering is an academic field that supports the foundation of manufacturing in modern society, focusing on the technology for making things and the related principles, mechanisms, and methodologies. On the mechanical systems course, students acquire knowledge of mechanics, materials, production and processing, design, thermal fluids, dynamics and control of machinery, cultivating practical adaptability through experiments and exercises. We aim to train engineers who can play an active role in various industrial fields such as machinery, electricity and energy.

Course of Electronics and information Engineering

Electrical and electronic engineering and information engineering is a key field of study for the development of modern society. On the Electrical and Electronic Information Course, students who have acquired the basics of each field in this course learn together and learn from each other, since education and research is conducted based on a curriculum that integrates both fields based on electrical and electronic engineering. Students improve each other’s ability and acquire a wide range of specialized basic skills in both fields. Furthermore, by cultivating practical adaptability through experiments and exercises involving electrical circuits, digital circuits, robot control, measurement, programming, and so on, we aim to train engineers who can play an active part in various industrial fields including electronics, electronic devices, and software.

Course of Civil Engineering

Construction systems engineering is a field of study that supports the creation of social infrastructure, maintenance and disaster prevention, enabling the development of urban environments where people can live safely. On the construction systems course, in addition to basic knowledge in the field of civil engineering, students acquire knowledge such as structures and materials, ground, waterworks, environment, planning, and disaster prevention, and acquire specialist knowledge for gathering and organizing information and conducting research. By cultivating practical adaptability through experiments and practical training, we aim to train engineers who can play an active role in various fields related to the development of social infrastructure such as public offices, construction, environment, and infrastructure.

Course of Applied Chemical Engineering

Applied chemistry is a basic field of study for researching and developing new substances and the cycles so as to enrich human life. The Applied Chemistry Course focuses on developing practical adaptability through experiments and exercises by acquiring knowledge of organic and inorganic chemical materials, chemical engineering, environmental chemistry and physical chemistry in the field of engineering chemistry. In addition, to enable students to play an active role as an engineering chemical engineer in the 21st century, the curriculum is organized to promote the modernization of physical chemistry and organic synthetic chemistry. We aim to train engineers who can play an active role in the fields of various chemical industries including material development and chemical plants.