PhD in Future Automotive Engineering

Future Automotive Engineering focuses on the technologies shaping the next generation of vehicles, including electric and hybrid powertrains, autonomous driving systems, and advanced automotive electronics. Students in this field typically study vehicle dynamics, battery and electric drive systems, sensor and control systems used in driver assistance and autonomous vehicles, and the software and electronics that connect modern cars to networks and other vehicles. Coursework often blends traditional automotive engineering topics, such as chassis and powertrain design, with newer areas like electric vehicle battery management, vehicle-to-everything communication, and autonomous vehicle perception and control. Because the automotive industry is shifting toward electrification and automation, graduates in this discipline are prepared for roles at automobile manufacturers, automotive parts and electronics suppliers, battery and electric vehicle companies, and research institutes developing self-driving and connected vehicle technology. The Future Automotive Engineering program at Gyeongkuk National University is a doctoral (PhD) program taught in English, located in Andong, South Korea. The program runs over two years, with admission offered in March or September. Doctoral study in this field generally combines advanced coursework in vehicle systems, electrification, or autonomous driving technology with independent research culminating in a dissertation, often carried out in laboratories focused on electric powertrains, sensors, or vehicle control systems. Graduates are positioned for research and development careers in automotive and electric vehicle industries, as well as academic research roles in automotive engineering.