COURSE CURRICULUM

The Vehicle Engineering program offers a broad yet structured academic framework that equips students with essential technical knowledge across vehicle systems, mobile machinery, and related engineering disciplines. Core professional subjects introduce learners to vehicle and mobile machinery structures, equipment, and operation, including thermodynamics and fluid mechanics of vehicles, applied automation, and the fundamentals of vehicle and mobile machinery performance. Students also gain in-depth understanding of vehicle and drive element design, manufacturing, repair, and maintenance through modules such as vehicle materials and technologies, vehicle manufacturing and repair, vehicle design, and diagnostics, enabling them to analyze mechanical systems and support real-world engineering tasks. Informatics and control theory form another key pillar of the curriculum, where programming and control theory develop students’ ability to work with automated systems and intelligent vehicle technologies. In addition, specific fields of vehicle and mobile machinery engineering cover electronics and electrotechnics, the basic theory of vehicle engineering, technical drawing, measurement technology, and electric machines and drives, ensuring graduates possess the interdisciplinary skills required in modern transportation industries. Complementary studies in natural sciences, economics, and humanities strengthen analytical thinking, professional awareness, and communication skills, preparing students for collaborative engineering environments. The program also offers focused specializations, allowing learners to tailor their expertise toward vehicle manufacturing, automotive vehicle engineering, or aircraft engineering, depending on career interests. Through this integrated approach, students develop competencies in system-level thinking, design support, diagnostics, and operational efficiency, while also learning to apply safety, environmental protection, and energy management principles. By combining theoretical foundations with practical engineering perspectives, the program prepares graduates to contribute effectively to vehicle development, production, maintenance, and innovation, while also providing a solid platform for progression to Master’s-level studies and advanced professional roles in the global mobility sector.