This course will help students to become engineers with a high level of expert knowledge, and the practical skills to work as engineering leaders in the workplace. We develop students' knowledge and skills through class and research activities. The four main specialized fields of study are: materials, engineering design, measurement and control, and lastly, managing the process of product manufacturing.
The development of mechanical products has become more advanced and complicated because of radical progress on fine processing technology and advanced materials. To develop new mechanical products, it's necessary to master all of the techniques of product development, and to have logical thinking, creativity, and practical skills. Students will propose, design, and then produce a prototype of a new high technology mechanical product.
To create next-generation processing technology it's necessary to make use of a variety of interrelated elemental technologies, such as mechanical processing, tribology, and advanced manufacturing. This project aims to discover what the next-generation processing methods will be. This will be done through finding creative processing solutions to current issues.
Robots are made by integrating techniques from a variety of fields, from hardware to software engineering. In addition, the design of a robot depends on the functional requirements of the desired project outcome. The experience of planning and developing the robot project with a team helps students to find creative solutions to overcoming problems, and to develop capabilities which go beyond the field of study.