In the Hybrid and Electric Vehicle Technology Program, infrastructure and physical facilities are designed to support the application of theoretical knowledge in a laboratory setting. In addition to learning the operating principles of electric and hybrid vehicles in the classroom, students have opportunities to examine the relationships among electric motors, batteries and battery management systems, power electronics, and vehicle control systems through supervised practical activities, thereby developing professional knowledge and skills.

Vehicle technology and electrical-electronics laboratories support the development of skills in basic electrical measurement, component identification, system data evaluation, and interpretation of technical findings. Practical exercises involving automotive diagnostic equipment emphasize fault-code analysis, systematic diagnostic methods, and the ability to develop solutions to technical problems. Computer-aided design and simulation activities further complement this hands-on learning experience.

High-voltage safety training resources play an especially important role in building a strong safety culture, which is essential when working with electric vehicles. Under instructor supervision, students are expected to develop awareness of personal protective equipment, electrical hazards, and safe intervention procedures. This practice-oriented learning environment helps strengthen technical confidence, accurate measurement habits, and problem-solving skills, preparing students more effectively for the demands of professional life.