Mechanical and Energy Systems Engineering
Develops comprehensive problem-solving skills andcreativity, through participation in high-level research
activities that build on a wide range of acquired
knowledge and techniques in both mechanical andenergy engineering. Research and studies have theirprimary focus on material mechanics, thermalengineering, fluid mechanics, mechanical dynamics, andenergy conversion engineering.

Electrical and Electronic Engineering
Is intended to foster highly creative researchers andengineers who can play a leading role in the field ofelectrical and electronic engineering with theexpertise. Therefore, this program focuses ondeveloping research capability in addition to theacquisition of more advanced knowledge on top of theuniversity education. Here, we offer a wide range ofelectrical and electronic engineering-related coursesthat graduate students can select and attend. Eachgraduate student belongs to one of the laboratories
related to research themes such as control
communication, electronic devices engineering,
electromagnetic dynamics, and electronic information
systems engineering. In each laboratory, graduate
student will gain mastery in meeting the emerging
needs and demands from society under the guidance ofprofessional supervisors.

Computer Science and Intelligent Systems
Develops deep insight into the essence of “knowledge”
and “information” through study and research in thetriaxial core programs of computer science
fundamentals, computer systems, and intelligent
systems, for the development of information engineers
and researchers with a high-level of expertise inhardware and software for information generation,
processing, and transmission, and who can build
intelligent, organically integrated systems that include
human aspects.

Applied Chemistry
Provides individuals with an education in high-levelchemistry and develops basic research skills forfundamental chemistry. This then leads to advanced
research activities which are essential to meet
emerging societal needs, in areas such as new
functional materials, energy conversion materials,
functional carbon materials that are environmentallyfriendly,
functionalenzymes
bygenetic
recombination,
molecular-levelmeasurement
techniques, functional liquid-crystal materials, andmaterials based on new developments in organism
mimicry.

Architectural Engineering
Develops individuals who can conduct architecturaldesign and research activities to meet the rapidly rise indemand for local and urban living spaces, and builds astrong understanding of fundamental concepts inarchitecture.
Study and research primarily focused on the disciplinesof architectural environment engineering, architecturaland urban planning, architectural materials, andarchitectural structures.

Human Environment Engineering
Develops high-level engineers and researchers withextensive knowledge and scholastic attainments inengineering contributing to society’s well-being.
Students may study in either of the following areas:
Architecture Develops high-level knowledge andcapabilities through research themes focused onbuilding a society with greater safety and security ineveryday life, and for conceptualization of a society
with greater well-being and its realization throughimprovement of the living environment.
Mechatronics Develops high-level knowledge andcapabilities through research themes focused on robots
and other machines, and their use to increase thequality of people’s lives.