日本語
Division of Computer Science and Engineering
Students are trained to be information science engineers who can play an active role in various fields.
Computer Science and Engineering is the study of technologies which utilize computers, information processing and information communication in the real world. In the Division of Computer Science and Engineering, students learn computer science and engineering technology from the basics to application such as computer, data science, etc. Most graduates play an active role as an information technician, but employment in a variety of other fields is possible.
Recommended for the following persons!
- Persons interested in computers and networks.
- Persons interested in information processing and system design development.
- Persons who want to contribute to society by utilizing knowledge and technology related to computer science and engineering.
Curriculum characteristics
FEATURE
Students learn basic subjects such as programming and Logic Circuit.
Students mainly learn the basic subjects such as Programming and Logic Circuit as specialized subjects. Students work on themes such as circuit measurement using an oscilloscope, creating digital circuits, microcontrollers, and software as experiments.
Students challenge practical themes, acquire techniques which are useful in the real world.
While further practicing in the software field, students also study the hardware and information network fields. Students work on a practical theme such as software design using UML, control by microcontroller, and information security in experiments.
Students work at a more advanced level and practical theme, and carry out system development as a team.
Students start to learn advanced specialized subjects, which are central to computer science and engineering, as well as machine learning and learning about computer graphics. Students also carry out experiments on practical theme at a higher level and experience system development as a team.
Students expand their range of expertise in networking, artificial intelligence, security, etc.
Each student has a research theme and conduct research on more advanced technologies in their final year. Students experience the joy of creation by studying advanced technology and participating in voluntary activities.
