global navigation
Entrance menu
Entrance menu
Students will:
Mechanical engineering has become the foundation of industry, and furthers progress in ‘making things’ using broad engineering knowledge and skills. In the present age, we are forming new perspectives in harmony with nature, symbiosis between people and machines, and the efficient use of resources and energy.
| Subject | Name of Degree |
|---|---|
| Mechanical Engineering | Bachelor of Engineering |
Students can be eligible for examinations for the following with waiver of some test subjects or after work experience of a certain length.
Technician, Safety Supervisor, Energy Supervisor, Boiler Engineer, First Class Technical Radio Operator for On-the Ground Services, Chief Electrical Engineer, Hazardous Materials Engineer, Registered Surveyor, Patent Lawyer.
Graduates will be able to work in many industrial fields such as heavy industry, paper and fiber production and parts production. One third of the graduates go on to graduate studies.
It would not be an overstatement to say that electrical and electronic engineering is the most important foundation stone of contemporary society. In the Department of Electrical and Electronic Engineering, students learn the fundamentals of the technology that supports everyday life, from the production, distribution, and use of electrical energy to the technologies that conduct information, such as signal processing and communication systems, and semi-conductor devices. In addition, they can be involved in advanced research through their graduation research.
| Subject | Name of Degree |
|---|---|
| Electrical and Electronic Engineering | Bachelor of Engineering |
Students can be eligible for examinations for the following with waiver of some test subjects or after work experience of a certain length.
Technician, Safety Supervisor, Energy Supervisor, Boiler Engineer, First Class Technical Radio Operator for On-the Ground Services, Chief Electrical Engineer, Hazardous Materials Engineer, Registered Surveyor, Licensed Architect, Patent Lawyer
Graduates will be able to work not only in the traditional industries of electrical power, electronics, semi-conductors, information, and communications, but also in all the manufacturing industries such as machinery, iron and steel, chemicals, materials, medicine, and precision instruments, as well as in the software industry. More than 30 percent of graduates enter graduate school.
The Department of Civil and Environmental Engineering aims to train professionals with broad, comprehensive vision who can carry out maintenance and improvement of the bases of daily life and industry, while striving to achieve harmony with the natural environment on land, below ground, and on the sea, from mountaintops to the depths of the sea, and who can deal with the conservation of the environment and with disasters. In addition, the department carries out wide-ranging research activity in related areas, from basic to applied.
| Subject | Name of Degree |
|---|---|
| Civil and Environmental Engineering | Bachelor of Engineering |
Students can be eligible for examinations for the following with waiver of some test subjects or after work experience of a certain length.
Technician, Safety Supervisor, Energy Supervisor, Boiler Engineer, First Class Technical Radio Operator for On-the Ground Services, Chief Electrical Engineer, Hazardous Materials Engineer, Registered Surveyor, Licensed Architect, Patent Lawyer
Graduates will be able to find work in national and regional government offices and institutes, major construction companies and consultation firms.
Structural materials such as high-performance iron and steel materials and non-ferrous metals are well-known, but there are other materials, including metals with various capabilities such as shape-memory, super-conductivity, and magnetism, semi-conductors, magnetic materials, ceramics, amorphous materials, and high polymers. Moreover, compound materials, laminates and functionally gradient materials, etc., are constantly evolving.
This department studies a wide range of scientific and engineering technology, from the micro world of the atoms and molecules of which materials are composed to the macro world of space vehicles and airplanes, automobiles, electronic equipment, buildings, and bridges. The material sciences that form the foundation of all engineering are covered in a broad, interdisciplinary approach, and meticulous education that builds and develops various networks within engineering and original, advanced education and research are carried out.
Lectures, practical training, experiments, and graduation research, provide a thorough education fostering creative professionals with a broad outlook. Lectures cover the broad academic field of materials science, with close attention paid to enabling students to understand the basics of electronic states from atoms and molecules to the electronic states, structures, and various characteristics and functions of metals, various compounds, and organic materials. Graduates are employed in a wide range of industrial fields and actively make use of their ability to discover and solve problems as engineers and researchers in the areas of materials science, electricity and electronics, and science.
| Subject | Name of Degree |
|---|---|
| Materials Science and Engineering | Bachelor of Engineering |
Students can be eligible for examinations for the following with waiver of some test subjects or after work experience of a certain length.
Technician, Safety Supervisor, Energy Supervisor, Boiler Engineer, First Class Technical Radio Operator for On-the Ground Services, Chief Electrical Engineer, Hazardous Materials Engineer, Registered Surveyor, Licensed Architect, Patent Lawyer
The field of Materials Science and Engineering is broad. Not only does it apply to all the engineering departments, but also to the Faculty of Science. Therefore, there is a broad range of jobs open to graduates such as in machinery, electronics, chemistry, metallurgy, etc.
The Department of Applied Chemistry is a comprehensive course in chemistry-related science and is composed of two research areas ― creative science and life science. The educational emphasis of the department is on training engineers and researchers needed in industry. Research conducted aims to clarify the essential qualities of matter through synthesis and measurement of physical properties with regard to chemicals in a broad range from inorganic matter and organic compounds to high polymers and biomolecules.
| Subject | Name of Degree |
|---|---|
| Applied Chemistry | Bachelor of Engineering |
Students can be eligible for examinations for the following with waiver of some test subjects or after work experience of a certain length.
Technician, Safety Supervisor, Energy Supervisor, Boiler Engineer, First Class Technical Radio Operator for On-the Ground Services, Chief Electrical Engineer, Hazardous Materials Engineer, Registered Surveyor, Licensed Architect, Patent Lawyer
Over half of those graduating go on to graduate school. Those who join the work force follow careers in chemical engineering, paper manufacturing, pharmaceuticals, food processing and national research institutes, and in government.
We are training leaders who will be the prime movers of research and technology development in computers and related fields. We place importance on courses in basic computer hardware and software with fundamentals and systematization as our primary educational goals.
In 2004 our special course, ‘Information and Information-related Fields’, received a high rating and was certified by the Japan Accreditation Board for Engineering Education (JABEE). It was the 6th course in information technology in Japan to receive this distinction.
| Subject | Name of Degree |
|---|---|
| Computer Science | Bachelor of Engineering |
Students can be eligible for examinations for the following with waiver of some test subjects or after work experience of a certain length.
Technician, Safety Supervisor, Energy Supervisor, Boiler Engineer, First Class Technical Radio Operator for On-the Ground Services, Chief Electrical Engineer, Hazardous Materials Engineer, Registered Surveyor, Licensed Architect, Patent Lawyer
If not going on to graduate school, graduates will be able to work as a system engineer, a software or hardware technician in computer and communications related industries.
local navigation
バナーエリア