Course of Information Science and Engineering
The basic education objectives and philosophy of this course are as follows:
1) To foster human resources that will be able to contribute to society having a sense of responsibility and ethics
2) Providing a solid basic education to the students
3) Tuning the abilities of application and development that build on basic knowledge
4) Fostering researchers who will be responsible for forming international research and education sites in the future.
Course of Electrical and Electronic System
The Electrical and Electronic Systems course aims to produce the human resources having advanced specialist skills and able to challenge technological development in the Electrical and Electronic fields by acquiring the theory and technology from the basics to the application of Electrical and Electronic Engineering. It is also our goal to generate human resources that are inventive and motivated who will be capable of identifying issues for themselves and then going on to solve them. At the same time, it another of our important missions is to foster human resources that will be able to contribute to realizing a benevolent society that is aware of the natural environment. This is a basic educational philosophy of the University and the Information Science and Technology Department.
Course of Computer and Communications
The aim of the Computers and Communications course is to produce engineers capable of working in advanced information-related fields including computers and their peripheral hardware. The basic objective of the course is to "Produce engineers having basic knowledge and the ability to handle special applications related to computers (information), communications, and control systems, while having a well-balanced knowledge of hardware and software such that they will be able to play a positive role in the information society all over the world."
Course of Applied Science
Two courses are offered, Nuclear Energy Technology and Applied Physics. The curriculum provides a rich variety of scientific applications with the aim of training people who can respond to the diverse needs of today's society.
Course of Electro Photo Optics
This program addresses the rapidly growing field of optical engineering and cultivates the ability to develop technology by providing a basic knowledge of optical engineering and image information engineering, with the aim of training people who will contribute to industry.
Course of Industrial Chemistry
Based on chemistry that explores the constituents, character, and changes of matter, students study techniques for using matter in industry. The course trains the engineers and researchers who will contribute to future progress in chemical technology.
Course of Metallurgical Engineering
Students pursue a wide-ranging study of metal as well as nonmetallic materials, including ceramics that have greatly increased in importance recently, and compound materials. Students obtain an overall grasp of materials engineering and undertake research and development into new materials.
Course of Architecture and Building Engineering
This program provides students with an accurate knowledge and understanding of all aspects of architecture, including structural mechanics, space construction, structural engineering, building materials and construction methods, architectural history, architectural design, architectural planning, urban and regional planning, environmental engineering, and building equipment.
Course of Civil Engineering
Students study and undertake research relating to materials and structural engineering, water and sanitary engineering, soil and foundation engineering, and urban planning needed for the construction and maintenance of a safe and pleasant environment which is the mission of civil engineering.
Course of Mechanical Engineering
This program covers the fields of mechanical engineering, such as the machining and measuring of machine systems and devices, mechatronics that combines electronics with control technology, robotics, and micro- and nanotechnologies.
Course of Aeronautics and Astronautics
This program deals with aeronautical engineering, space engineering and space science. Students undertake research into aeronautics and astronautics, covering a wide range of fields, including structural mechanics, fluid mechanics, propulsion engineering, flight mechanics, instrumentation control engineering and space environmental science.
Course of Management Engineering
This program integrates the specialized knowledge related to production control, information science, cost engineering and logistics. It aims to foster people who can analyze and solve management problems that arise in companies and organizations from an engineering standpoint.
