Undergraduate Information Electronics
A broad range of information electronics including electric devices, circuits, computers, and software will be studied in the department.Through the study of integrated electronic and information technologies, students are encouraged to acquire various types of technical skills.
Our every day electric appliances such as washing machines, refrigerators, TVs, and mobile phones have been realized through the combination of electronic and information technologies. The department offers courses to students so as to obtain an integrated knowledge of electronic and information technologies.
Field of Study
- Study of basic knowledge required to pursue specialized subjects along with the study of programming basics. Both can be learned in a small sized class.
- Study of electronic and information engineering in order to obtain a basic knowledge of operation principles, production technology, and computer technology of electronic information devices such as mobile phones and information appliances.
- Study of further integrated information electronics which inspire students with ideas to create and operate new manufacturing technologies.
Career Outlook
The department provides students with opportunities to learn a fundamental knowledge of both manufacturing and operation technologies (hardware and software). Thus, various types of future carrier can be chosen by students. Many of alumnae and alumni have chosen to work in the field of communication and information processing.
- Employment Rate (As of March 2024): 100%
- Total number of graduates: 78
- Total number of graduates who sought for jobs: 67
- Total number of graduates who received job offers: 67
- Total number of graduates continuing education: 10
- List of Employers
- SPACE ENGINEERING DEVELOPMENT Co., Ltd.
- Kansai Electric Power Co., Ltd.
- KYOCERA Corporation
- Sanwa Shutter Corporation
- Japan Semiconductor Corporation
- SUMITOMO DENSETSU CO.,LTD
- SENKO Group Holdings Co.,Ltd.
*1 A test to certify skills to utilize Microsoft Office (Word, Excel, Power Point and Access). Types of MOS tests encouraged to obtain differs depending on departments.
Research and Development for Future
Research and development of a nondestructive microwave imaging measurement equipment.
Yuichiro Kogi, professor
Research and development of imaging measurement equipment of practical use
Our research laboratory is developing an imaging simulator which will be capable of acquiring information of areas affected by natural disasters such as floods, earthquake, and land slides. Our target is to realize a technology enabling real-time image data transmission of 10 cm resolution images of an affected area generated by irradiating 10 km remote affected areas with microwaves from a radar built-in helicopter.