The Hybrid and Electric Vehicle Technology Program aims to create a learning environment in which students participate actively, connect theory with practice, and monitor their professional development in a structured way. The educational process brings together fundamental electrical and electronic knowledge, mechanical systems, measurement techniques, powertrains, energy storage, and vehicle safety.

Through coursework and practical activities, students develop the ability to read technical documentation, select suitable measurement and diagnostic methods, interpret data, follow occupational safety procedures, report technical findings, and take responsibility within a team. Particular emphasis is placed on recognizing risks in high-voltage vehicle systems, implementing protective measures, and working within authorized limits. Students are encouraged to follow developments in digitalization, energy efficiency, and sustainable mobility.

Academic advising, student feedback, professional events, and the university’s career development opportunities help students define their academic and career goals. Practical training and workplace-based vocational education are organized in accordance with the relevant curriculum and university rules. Students are expected to adopt an ethical, participatory, inquisitive, and continuously improving approach to learning.