Electromobility and Autonomous Systems

Studying Electromobility & Autonomous Systems

Sustainability affects each of us in every aspect of our lives. This is why a change towards climate- and environment-friendly, resource-saving and efficient mobility is under way worldwide.

In the Electromobility and Autonomous Systems specialization, we deal with solutions for this profound revolution. This includes the topics of drive technology and storage technologies for electric vehicles, but also artificial intelligence, image processing and sensor technology to advance autonomous driving.

You are shaping the mobility of tomorrow
Electromobility and Autonomous systems are important building blocks of this. In this degree program, you will learn how modern mobility works and how electromobile systems of the future will be equipped with artificial intelligence. You will learn to help shape this future - in theory and application!

Getting curious? Then simply visit the study content page!

At a glance

Qualification awarded	Bachelor of Engineering (B. Eng.)
Start of program	Winter semester & Summer semester
ECTS credit points	210 in total
Standard period of study	7 semesters
Admission prerequisites	Pre-study work experience is not required
Semester abroad	5. possible
Accreditation	Yes (certificate)

Contact

Office
Nadine Bäumler

Phone: +49 (0)721 925-1466
Fax: +49 (0)721 925-1467
nadine.baeumlerspam prevention@h-ka.de

Office hours:
Mon.-Thur. 8:30 - 12:00 (Tue by phone and email only)

Building M, room 209
Moltkestraße 30
76133 Karlsruhe

Apply for the study program Electrical Engineering & Information Technology. You choose the specialization, Electromobility and Autonomous Systems, by the 3rd semester:

apply now

Who is the program aimed at?

The program is suitable for anyone interested in the fields of mathematics, physics and computer science. If you are fascinated by technology and software and enjoy tinkering with scientific and mathematical challenges, then this is the right place for you.
Are you enthusiastic about the developments of future mobility solutions and would like to combine sustainability with technical progress? Simply check out the study content!

A student talks about his experiences

Maximilian Ketschik: I'm excited about electrical engineering itself, but especially about its various applications in mobility. Different areas of engineering, ranging from sensor systems to electrical machines, power electronics and microelectronics to battery systems, are combined to make cars. To me, that’s fascinating. E-mobility and autonomous systems are an important part of the current, so-called "megatrends". These technologies will definitely be with us for a long time.