MA/MS in Vehicle Engineering

Core subjects include vehicle design, vehicle dynamics and energy efficiency, computational solid mechanics, sustainable transport development, and traffic organisation and control, with two research projects and a final master's project, plus electives such as mechatronic systems or virtual prototyping. Learning outcomes include building mathematical models to analyse vehicles and technical processes, formulating and solving engineering problems affecting vehicles or their components in unfamiliar situations, and modernising transport systems by proposing scientifically grounded, competitive solutions. Students also learn to carry out analytical and experimental studies using laboratory and software equipment, to produce design documentation even when technical information is limited, and to weigh social, safety, and commercial rules when evaluating transport processes. The programme further builds the ability to explain specialised transport-engineering knowledge clearly to specialists and the public, and to take personal and team responsibility for engineering work carried out with international partners.