As in the courses of study communications technology and industrial electronics, the basic course (‘Grundstudium’) of the course gives the student a grounding in mathematics and physics, as well as the basics of electrical engineering, including communications technology, digital technology and programming. This allows the student to transfer to other relevant courses. The advanced course begins with a more detailed study of the general areas of electrical and information technology, such as semi-conductors, microelectronics, microcomputer technology, control theory, performance electronics and software engineering. Two modules in vehicle technology provide the knowledge needed for the effective use of electronics in vehicles, with an introduction to power aggregates (engine and gear- box), as well to suspension, brakes and steering. This forms the basis for the study of vehicle-specific subjects, such as vehicle sensors, electrical machines, data communication and electro-magnetic compatibility. The Vehicle Systems module gives an overview of vehicle-specific topics.

Most of the lectures involve integrated laboratory exercises providing an introduction into the latest development tools and methods, even including HIL simulation. These activities are concentrated in a vehicle electronics laboratory within the university’s new Automotive Centre. A range of elective modules provides the opportunity to acquire more detailed knowledge in engineering, product manufacturing processes, as well as statutory regulations and safety standards. Report writing and presentation skills will be taught to the same extent as in other courses of study.