AcademicsUndergraduate Schools

School of Industrial and Welfare Engineering

Key features

  1. Study the social infrastructure that underpins engineering, namely, society, information and industry, from the basics to the cutting edge
  2. The Department of Electrical Engineering and Computer Science produces people who manage next-generation social infrastructures like “green energy"
  3. The Department of Medical Care and Welfare Engineering produces people who help to uphold the health care industry and who are aiming for qualifications as clinical engineers

Admission criteria

Applicants must demonstrate a commitment to self-motivated study along with an appreciation of and desire to attain the educational objectives of the School of Industrial and Welfare Engineering as follows. The School offers specialization in the following fields: green energy, next-generation robots, information engineering, plant production engineering, clinical engineering and medical information. The School of Industrial and Welfare Engineering teaches students the technologies of industrial and welfare engineering, which are indispensable to fields that ensure safety and security, such as energy, robotics, food, and health and welfare. These fields will become increasingly important in the next generation. Students will be trained in a wide range of applied fields to become engineers with the practical competencies who can contribute to the development of humankind and society and to the advancement of these fields.

Department of Electrical Engineering and Computer Science

Key features

  1. Information engineering
  2. Electronic control systems
  3. Environment networks

Engineers capable of tackling problems from a number of different angles

Department of Electrical Engineering and Computer Science

Studies undertaken at the Department of Electrical Engineering and Computer Science can be applied to a wide range of fields, including electrics, electronics and information. The Department of Electrical Engineering and Computer Science provides a solid grounding in the fundamentals of these fields, along with a combination of specializations in four fields: “information engineering field," “green energy field," “next-generation robotics field" and “plant production engineering field." Classes are based on an active learning approach, where students are expected to think and act of their own volition rather than passively absorb information. Problem-based learning (PBL) classes use projects to develop problem-solving skills and practical competencies that can be used in society.

Department of Medical Care and Welfare Engineering

Key features

  1. Clinical engineer
  2. Team health care
  3. Medical information engineer

Study medicine and engineering and become a clinical engineer responsible for saving lives

Department of Medical Care and Welfare Engineering

The Department of Medical Care and Welfare Engineering produces “engineers who save lives" by applying an engineering approach to provide assistance in medical settings through the operation, maintenance and servicing of medical equipment such as artificial dialysis and heart-lung machines. The curriculum combines medicine and engineering aspects and is geared towards preparing students for the Clinical Engineer national qualification exam. Graduates also acquire engineering skills and data analysis expertise for the purpose of building hospital data systems, and can obtain qualifications as medical information engineers working on the frontline of medical engineering technology.