日本語
Division of Electrical and Electronic Engineering
Students learn electronic technology based on fundamental theories in three applied fields.
In the Division of Electrical and Electronic Engineering, the curriculum is comprised of three fields, Energy and Control, Information and Communication, and Electronics, in order to provide a well-balanced study of electrical and electronic technology. Starting from the basic theory that supports these three fields, students move to more specialized studies as the school year progresses, such as energy generation and semiconductor mechanisms.
Recommended for the following persons!
- Persons interested in discovering the structure of electricity familiar to us.
- Persons who are interested in semiconductors which are necessary for future energy and computers.
- Persons who are passionate about mastering "monozukuri.”
Curriculum characteristics
FEATURE
Classes on the basics of specialized subjects begin.
Students learn about the principles and rules which form the foundation for specialized subjects, such as Electric Circuits and Electromagnetics. Students also learn the basics in practical skills and experiments by conducting experiments on the basic laws and phenomena in electrical and electronic engineering.
Students learn the basics of three fields, Energy and Control, Information and Communication, and Electronics.
Building on the basics learned in the second year, students learn applied fields, such as Electrical Machinery and Apparatus and Electronic Devices. Techniques, such as handling measuring instruments and data processing are acquired through experiments under the basic theme of applied fields.
Students continue to deepen their understanding on the application of the three fields.
Subjects to deepen applied specialized knowledge such as Electronic Circuits, Electrical Communication, and Electric Energy Conversion Engineering are provided. In addition, students practice monozukuri and problem-solving, using the knowledge gained through lectures and research in the Electrical and Electronic Seminar and Pre-Graduate Research.
Utilizing graduate research, students prepare for their career path by problem-solving and preparing presentations.
Subjects that are even more practical, such as Digital Circuits, Control Engineering, and Semiconductor Engineering are provided. Students learn advanced specialized knowledge and ways to handle various challenges. Students prepare for their career path or higher education by writing and presenting a research paper.
