Doctoral Course Application Forms and Guide For April 2010 Enrollment (PDF：329KB)

Graduate School of Engineering

The Graduate School of Engineering has produced excellent human resources for society since its establishment in 1966 as the master's course program in the Graduate School of Engineering. The doctoral course for engineering, which consists of three departments, was established in 1989. The Graduate School was further restructured to include six departments: Biotechnology and Life Science, Applied Chemistry, Mechanical Systems Engineering, Applied Physics, Electrical and Electronic Engineering, and Computer, Information and Communication Sciences. The Graduate School was restructured in 2004 and began as the new Graduate School of Engineering.
The Graduate School of Engineering provides excellent research environment with faculty members involved with original and state-of-the-art research in the latest research facilities. The Graduate School endeavors to provide the most up-to-date education and original research. As a result, the Graduate School of Engineering has educated 5,361 masters and 390 doctors to date, and 847 students are currently studying. The Graduate School of Engineering also has sponsored courses (marked with the symbol**), joint research courses (marked with the symbol*), and doctorate courses for corporate employees (brush-up courses) in order to meet the expectations of society.

Courses and Departments of the Graduate School of Engineering

Courses	Departments	Major Fields of Education and Research
Doctoral Course	Biotechnology and Life Science	Biofunctional Engineering Biotechnology Protein Science and Proteomics Human Exercise Systems Human Behaviour Systems Biobusiness Environmental Genome Technology(*)
	Applied Chemistry	Applied Molecular Chemistry Organic Materials and Green Chemistry Chemical Engineering Material Instrumentation Chemical Information and Communication Capacitor Technology(**) Non-Equilibrium Process Engineering(*)
	Mechanical Systems Engineering	Mechanical Systems Engineering Mechanical Information and Communication Intelligent Systems for Mechanical Engineering Traffic Transport Systems Engineering(*)
	Electronic and Information Engineering	Applied Physics Physical Information and Communication Electrical and Electronic Engineering Environment and Energy Engineering Electronic Information and Communication Semiconductor Nanotechnology(**) Advanced Electronic Information System Technology(*) Computer Science
Master's Course	Biotechnology and Life Science	Biofunctional Engineering Biotechnology Protein Science and Proteomics Human Exercise Systems Human Behaviour Systems Biobusiness Environmental Genome Technology(*)
	Applied Chemistry	Applied Molecular Chemistry Organic Materials and Green Chemistry Chemical Engineering Material Instrumentation Chemical Information and Communication Capacitor Technology(**) Non-Equilibrium Process Engineering(*)
	Mechanical Systems Engineering	Mechanical Systems Engineering Mechanical Information and Communication Intelligent Systems for Mechanical Engineering Traffic Transport Systems Engineering(*)
	Applied Physics	Applied Physics Physical Information and Communication
	Electrical and Electronic Engineering	Electrical and Electronic Engineering Environment and Energy Engineering Electronic Information and Communication Semiconductor Nanotechnology(**) Advanced Electronic Information System Technology(*)
	Computer and Information Sciences	Computer Science Ubiquitous and Universal Program Environment and Energy Engineering

Note:
**Sponsored Laboratories
*Graduate School in cooperation with other industries