Graduate School of Science and Engineering

Offers students various opportunities to expand their abilities to identify and solve the problems by providing cutting-edge research and development beyond their majors and departments

The Graduate School of Science and Engineering conducts and promotes joint research with public research institutions to strengthen relations with society and local communities. Through such activities, the School develops researchers and engineers who take a broad perspective with deep knowledge and insight.


Master of Science

Trains professional specialists who can provide the basic skills for a nation based on creative science and technology in the 21st century

Graduates of this program have a high degree of expertise in the natural sciences, and are professional specialists with system design and construction skills, a good command of mathematics, the ability to think logically, and the ability and experience to clarify material properties by analyzing experimental data.

[ Sections]
• Mathematical Science
• Material Science

Life Sciences and Engineering

Master of Engineering

Trains researchers and engineers to resolve the range of issues confronting humankind and the mysteries of life science phenomena

Supported by the two pillars of life as well as environmental science, and biomedical engineering, this program trains researchers and engineers to develop foodstuffs and biological resources, to safely produce important substances through the use of biological functions, and to work with technologies that support human life, such as gene therapies, artificial organs, medical devices, and assistive devices.

[ Sections ]
• Bioscience
• Biological Environment


Master of Informatics

Trains sophisticated leading researchers and engineers with extensive knowledge, problem-solving skills, and the ability to make multifaceted and comprehensive judgments

Through interdisciplinary and multifaceted education and research in informatics, this program trains graduates to prepare the ground for developing the information industry, which is a key industry for the 21st century. We also aim to create a new academic discipline related to informatics.

[ Sections ]
• Information Systems
• Information Design

Mechanical Engineering *

Master of Engineering

Based on their expertise obtained in mechanical engineering, students in this program are trained to become engineers and researchers who design and develop mechanical systems that meet increasingly diverse and sophisticated social needs.

Our goal is to develop human resources who can contribute to the realization of coexistence between nature/the environment and human beings by improving the fundamental capability of mechanical engineering and actively incorporating technologies from other evolving fields.
The program trains engineers and researchers who possess high ethical standards, and who are capable of working in international fields due to actively interacting with different cultures and having acquired characteristics for understanding/accepting others

[ Sections]
• Mechanical Engineering

Architectural, Civil and Environmental Engineering

Master of Engineering

Teaching a broad range of construction technologies such as architecture, urban, environmental and civil engineering, trains the engineers who will build the required urban, architectural and social infrastructure

This program trains graduates to work in a wide range of industries, including the architects who design urban spaces and residential buildings, the consultants whose collective expertise supports administrations and citizens in urban and environmental development, and the civil servants in charge of the administration of regional and urban planning.

[ Sections]
• Architectural, Civil and Environmental Engineering

Electronic Engineering *

Master of Engineering

This program trains high-level engineers and researchers who can design/develop electrical and electronic equipment based on expertise obtained by students in electrical and electronic engineering and biomedical engineering.

This program improves the fundamental engineering skills of students and develops human resources who can keenly monitor the environment from a regional to global scale by incorporating rapidly developing advanced information technology.
TDU believes that the relationship with human beings is essential for realizing progress in manufacturing. Therefore, we aim for education to produce human resources who combine qualities and sensibilities with good common sense—namely, humanity, ethics, and concern for social welfare—and who are capable of considering interfaces between human beings and electrical/electronic devices.
We instill students with the ability to perform in international fields by actively communicating their ideas during interaction with different cultures and understanding other people.

[ Sections]
•Applied Electronic Engineering

* Opening in 2021

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