Undergraduate Information and Systems Engineering
Intelligent information, robot controls, and LSIs will be studied in the department and students will obtain an enhanced ability in engineering design. As a result, students are expected to be an engineer who can contribute to information and systems engineering of international scale.
The courses offered by the department are intelligent information systems, robot control systems, computer network and System LSI(SoC.System-on-chip). The courses are designed to foster global oriented engineers who can flexibly adapt to globalization.
Field of Study
- Study of artificial intelligence related to intelligence of human and machinery including intelligence robots and intelligent software games.
- Study of automatic design of LSIs and study of network simulations.
- Study of robot control systems including industrial robots and power assist robots.
Career Outlook
Students are expected to work as a global engineer by taking advantage of the university study on information systems technology which is actually used in commercial products such as robots, automobiles, cell phones, and multifunction home appliances.
- Employment Rate (As of March 2023): 100%
- Total number of graduates: 86
- Total number of graduates who sought for jobs: 73
- Total number of graduates who received job offers: 73
- Total number of graduates continuing education: 13
- List of Employers
- FUJI SOFT INCORPORATED
- SCSK Corporation
- NEC Networks & System Integration Corporation
- NSW Inc.
- NTT COMWARE CORPORATION
- Oita Canon Inc.
- Canon IT Solutions Inc.
- Kyushu Electric Power Company, Incorporated
- SEIKO ELECTRIC CO., LTD.
- ZENRIN CO., LTD.
- Fujitsu Limited
Research and Development for Future
A light wearable robot mechanism capable of supporting the elbow
Tetsuya Morizono, Professor
Research for a wearable robot
A wearable robot is a robot which can be put on like clothes and which supports people in exercising. Our laboratory is researching a mechanism and control of wearable robots to realize a light, easy-to-put-on wearable robot for elbows.
A robot which supports people in exercising
Although no power amplifying function is provided, the wearable robot can support people in exercising by fixing the elbow movement instead of the human body. Our laboratory has test-produced a very light wearable mechanism which operates smoothly almost without discomfort. In the future, we would like to realize a more easy operation of fixing and releasing the mechanism by utilizing bio-signals.