HAN University

What you'll study

This applied bachelor programme combines core engineering fundamentals with specialised automotive topics. Early years focus on mathematics, mechanics, thermodynamics and materials, then progress to vehicle-specific subjects such as powertrain technology, vehicle dynamics, chassis and suspension, braking and active safety systems. Contemporary themes like hybrid and electric powertrains, battery technology, mechatronics, control systems, diagnostics and vehicle electronics receive sustained attention.

• Engineering fundamentals: calculus, mechanics, thermodynamics, materials science
• Vehicle systems: internal combustion engines, electric drives, transmissions, drivetrain integration
• Vehicle dynamics and chassis engineering: steering, suspension, braking and NVH (noise, vibration and harshness)
• Electronics and software: sensors and actuators, embedded systems, control algorithms and diagnostics
• Design and manufacturing: CAD, CAE, additive manufacturing, production processes and quality engineering
• Testing and validation: laboratory testing, vehicle testing, data acquisition and analysis
• Professional skills: project management, teamwork, technical communication and entrepreneurship

The curriculum is project-based and laboratory-intensive, leading to a substantial work placement or internship and a final graduation project in collaboration with industry or HAN research groups.

Entry requirements

Applicants are expected to hold a recognised secondary-school diploma or equivalent that qualifies them for higher professional education. Strong prior achievement in mathematics and physics is normally required. HAN assesses applications for suitability; this may include an interview, portfolio of technical work, or a practical assessment.

Applicants whose previous education was in a different language are required to demonstrate proficiency in the programme’s language of instruction. Mature applicants with relevant vocational experience may be considered through a recognition of prior learning (RPL) route.

Career prospects

Graduates leave prepared for roles across vehicle development, production and service. Typical job titles include vehicle systems engineer, powertrain engineer, e-mobility engineer, test and validation engineer, chassis or dynamics engineer, production/process engineer, and aftersales or service engineer. Graduates work in OEMs, tier suppliers, test houses, engineering consultancies, EV and battery start-ups, and workshops focusing on diagnostics and electrification.

The programme also provides a basis for further study and specialisation at master’s level in subjects such as automotive systems, mechatronics, electric mobility or vehicle dynamics.

Why study at HAN University

HAN is a university of applied sciences with a strong emphasis on hands-on learning and close cooperation with regional and national industry. Students benefit from modern labs and workshops, industry-linked projects and internship opportunities that connect academic learning to real engineering challenges. The programme’s project-based curriculum fosters teamwork, practical skills and industry-relevant competencies, while HAN’s applied research groups work on topics such as electrification, vehicle testing and sustainable mobility.

Smaller class sizes and active industry partnerships help students build professional networks and gain the workplace experience employers seek in the automotive sector.