Graduate School of Engineering

Trains engineers and researchers who can develop cutting-edge technologies with creativity and originality

The Graduate School of Engineering has introduced sophisticated educational and research systems to expand research areas and promote interdisciplinary approaches. By taking advantage of the Collaborative Graduate School Strategy, which involves cooperation with external research institutions, students can obtain guidance and instruction at public research institutions that have the latest equipment and capabilities. To contribute to global development through the technologies held by TDU, the School also accepts many researchers and students from around the world.

Electrical and Electronic Engineering Electrical and Electronics System Course

Master of Engineering

Expands research and education, from basic to advanced level, with a global perspective

This program cultivates students with the ability to play a significant role in the area where electrical engineering, electronic engineering, and information engineering combine organically. It fosters students with strong skills who can approach research with a broad view and creativity, and teaches them how to contribute to the society worldwide as global engineers with diplomacy and linguistic skills.

[ Sections]
• Power System/Electric Instruments
• Electrical Systems
• Electric Devices

Electrical and Electronic Engineering Electronic, Photonic, and Information Engineering Course

Master of Engineering

Helps students reach their maximum potential in specialties that meet the needs of industry and society

Graduates of this course acquire advanced knowledge and skills in the field of electrical, optical, and information engineering, and enhance their competences to flourish as engineers in these interdisciplinary fields. Through this course, students increase their creativities and heighten their capabilities to conduct researches with a broader vision. This course also develops their abilities in terms of globalism, language capability, and diplomacy to be world-class engineers with global viewpoints.

[ Sections]
• Electronic Property/Electric Devices
• Electrical Systems/Electronic Information
• Optical Electronics/Optical Engineering

Materials Science and Engineering

Master of Engineering

Trains engineers to drive technological development based on social needs by creating and applying new eco-friendly materials and technologies

Many of the highly advanced technologies that support the development of modern society have been achieved by developing new materials. This program takes a broad interdisciplinary approach to education and research based on comprehensive academic systems, from basic physical and chemical theories about new materials to applied technologies.

[ Sections]
• Solid State Physics
• Molecular Physics
• Organic Materials
• Material Chemistry
• Applied Physical and Chemical Properties
• Applied Microbiology and Bioengineering

Mechanical Engineering Mechanical Engineering Course

Master of Engineering

Fosters engineers who can form the basis of a thriving industry with an expansive vision for the future

Every industry needs superior engineers in mechanical engineering. Therefore, graduates of this program are eminently employable, with a wide variety of positions available to them. The program cultivates engineers who can merge basic knowledge in various academic fields, keep current with rapid scientific progress, and actively tackle the technical issues global society is facing with intellect, foresight, and creativity.

[ Sections]
• Material Science/Processing Systems
• (Micro-) Machine Element/Lubricant Systems
• Heat/Fluid Systems
• Metrology/Control Systems

Mechanical Engineering Precision Machinery Engineering Course

Master of Engineering

Teaches engineers to apply knowledge and skills from a variety of technological fields in innovative ways

In this program, engineers draw on their knowledge and skills in such varied technological fields as electronic engineering, electrical engineering, and information domains to inspire innovative approaches to the challenges in fields from the traditional (materials, processing, measurement, and control) to the cutting-edge (optical application technology, medical, welfare, and robotics), without imposing the conventional framework of
mechanical engineering.
Every industry needs superior mechanical engineers, making graduates of this major highly employable; they will have learned how to merge basic knowledge in various academic fields with the latest scientific discoveries, using intellect, foresight, and creativity.
Engineers will have the important task of developing necessary goods and services for a vital society currently experiencing both a low birth rate and an aging population.

[ Sections]
• Material Science/Processing Systems
• Metrology/Control Systems
• Optical Application Systems
• Medical/Welfare Systems

Information and Communication Engineering

Master of Engineering

Aims to train and send out graduates equipped with advance expertise and creative power

The evolving information society is supported by graduates who have acquired a solid basic knowledge of ICT and can apply advanced technologies to addressing the needs of different sectors of society. This program equips graduates with applied skills and creativity, underpinned by proven basic knowledge and advanced expertise.

[ Sections]
• Information System
• Information Processing
• Communication Systems

Related content