 |
|
| Nurturing engineers with flexibility and creativity. |
|
| Students will learn development technology full of creativity in next-generation manufacturing, centering on robotics and micro-nano-technology, which are both expected to generate exciting new possibilities. The Department of Innovative Systems Engineering is where we nurture graduates who can redesign next-generation manufacturing through fostering three abilities; the ability to create technical innovation during planning and designing, problem-solving ability to improve performance, and communication skills to pursue projects. |
| Responding to the demands of the times, the department provides two courses. Both of the courses aim to nurture engineers with flexibility, high expertise and comprehensiveness. Students may also study beyond such disciplines. |
| With a firm foundation on specialized technologies such as mechanical, control, electronic information and material technologies, students will learn robotics aiming to develop fusion design technology connecting humans and machines. Through such studies, students will work on research and development of practical robotics. |
| Micro-nano-technology has potential to dramatically change everyday life. Students will learn from a wider range of technologies such as material development, microstructure development and functionalized structure development. The graduates of this course may become active in many industry fields developing new materials and new technologies. |
| For details of 5 departments structure for those enrolled before 2008, click here |
|
|
