Objectives
The educational objectives and curriculum planning of the Department of Vehicle Engineering are designed to cultivate advanced vehicle engineering professionals in research and development, design, manufacturing, maintenance, and professional management. In addition to teaching, the department strategically plans and promotes innovation, R&D in industrial technologies, and technical services for industry. These efforts ensure that the department maintains a leading role in the international trend of industrial technology development in the 21st century.
Department Educational Objectives (Revised on 2019.03.22)
1. To cultivate talent with fundamental engineering knowledge and practical technical skills.
2. To cultivate professionals capable of analyzing and designing engineering problems related to the vehicle industry.
3. To nurture individuals with a broad general education, creativity, and global perspective.
1. Sub-objectives
1. To cultivate professional talent in vehicle engineering R&D, enabling students to acquire capabilities in the development and manufacturing of vehicle components.
2. To cultivate professionals skilled in integrating computer, electronics, and vehicle engineering, enabling them to apply and develop emerging technologies.
3. To cultivate professionals capable of introducing and inheriting vehicle engineering technologies, enabling them to acquire training and research capabilities in maintenance technologies.
4. To cultivate talent in marketing and business management, enabling them to acquire operational and managerial capabilities needed in vehicle-related industries.
2. Professional Competency Objectives
1. Electrical Engineering: Understand basic electrical principles, electronic components, and testing methods using automotive oscilloscopes, and apply these skills in electrical system maintenance, testing, and electronic circuit design.
2. Engine Systems: Understand engine principles and construction, and possess skills in maintenance, adjustment, testing, and basic improvement design.
3. Chassis and Body: Understand chassis and body structures, the operating principles of subsystems, and possess capabilities in maintenance and basic improvement design.
4. Computer Skills: Understand software and programming languages related to vehicle design, such as C language, AutoCAD, Pro/E, and LabVIEW, and be capable of performing software design, drafting, and improvement design using computers.
5. Language and Management: Be able to read technical documents in their original language and possess concepts of vehicle marketing and management.
