Eindhoven University of Technology

What you'll study

The programme combines fundamentals of vehicle engineering with hands-on systems engineering and research. Core subjects typically cover vehicle dynamics and handling, propulsion and powertrains (including hybrid and electric drivetrains), vehicle control systems, tyre and suspension technology, vehicle modelling and simulation, and sensor and actuator technologies for advanced driver assistance and automation.

Students follow a mix of lectures, laboratory courses and project work. Typical modules include:

• Vehicle Dynamics and Control – multibody modelling, handling, ride comfort and control algorithms.
• Powertrain Systems – internal combustion engine fundamentals, electric motors, battery systems, energy management and thermal issues.
• Vehicle Systems and Software – embedded systems, real-time control, model-based design and software architectures for vehicles.
• Sensing and Perception – sensor fusion, localisation, and perception methods for autonomy.
• Advanced Experimental Methods – test rigs, driving simulator sessions, on-vehicle testing, and data acquisition.
• Electives and Interdisciplinary Projects – topics such as lightweight materials, connectivity, cybersecurity, smart mobility and sustainability.

All students undertake a substantial master’s thesis project, often in collaboration with industry partners or research groups, which forms the capstone of the degree and provides experience in independent research or product development.

Entry requirements

Applicants are normally expected to hold a relevant bachelor’s degree in mechanical engineering, electrical engineering, mechatronics, automotive engineering or a closely related technical discipline. Successful candidates demonstrate solid foundations in mathematics, dynamics, control theory and basic electronics.

Admissions typically consider the full academic record, motivation, and any relevant practical experience or project work. International applicants must meet the University’s English language requirements through approved tests or prior education in English. Applicants may also be asked to provide a curriculum vitae, transcript of records and a statement of purpose describing their interest in automotive topics.

Career prospects

Graduates are prepared for technical and research roles across the automotive and mobility sector. Common career paths include positions in vehicle dynamics and chassis engineering, powertrain and battery systems design, embedded systems and control software development, advanced driver assistance and autonomy, and systems integration at OEMs and tier-1 suppliers.

Other opportunities include roles in mobility start-ups, suppliers of sensors and electronics, consultancy firms working on transport and sustainability, and research positions in universities or public research organisations. The programme also provides a solid foundation for pursuing a PhD in automotive-related research areas.

Why study at Eindhoven University of Technology

Eindhoven University of Technology is located in the Brainport region, a high-tech industrial ecosystem with close ties to automotive suppliers, high-tech manufacturers and research institutes. The University emphasises systems engineering, rapid prototyping and collaboration with industry, giving students access to applied research projects and internships.

Students benefit from specialised facilities and laboratories, multidisciplinary research groups working on electrification, autonomy and smart mobility, and opportunities to join industry-coupled thesis projects. The campus environment supports entrepreneurship and collaboration with partner companies, making it a practical choice for students aiming to enter the evolving automotive sector.