MIT-Master ohne Pflichtfach: Wahlfreiheit als Trumpf!
Der Masterstudiengang Mechatronics and Information Technology (MIT) am KIT verbindet Maschinenbau, Elektrotechnik und Informationstechnologie zur Mechatronik. Studierende haben dabei große Freiheiten und können Module nach den eigenen Interessen und Vorlieben kombinieren.
Dean of Studies Professor Martin Doppelbauer has been seeing for years how important it is to understand systems across disciplines and master their interfaces. “Those who know how mechanical and electrical components work together can develop new solutions later on,” he says. The collaboration between the faculties of Mechanical Engineering and Electrical Engineering and Information Technology creates a program that combines the strengths for students and opens up many options.
Freedom Instead of a Mandatory Curriculum
Lorenz is about to complete his master’s degree. The major advantage for him compared to the bachelor’s program: “We don’t have a single required course – that was very appealing to me. It lets you break free from those rigid bachelor’s structures that often dictate when you have to do what.” Those who wish can broaden their horizons in the master’s program. Those who want to specialize can dive deeper into a specific topic.
Thorben, who is in his second semester of the master’s program, has a similar experience. He adds: “I have the opportunity to explore different subjects and consider: Does the topic resonate with me? Do I like the lecturer’s style? If so, I stick with it, and if not, I can move on — but I don’t have to.” For him, this makes the master’s program subjectively easier, even though the content remains challenging.
One Specialization, Many Opportunities
Within the master’s program, students can choose between seven different specializations. Lorenz and Thorben have chosen Design of Mechatronic Systems, i.e., design and product development. “Within the specialization, we also have a lot of options to choose from,” says Lorenz. “For example, I leaned more toward product development methodology.” Thorben, on the other hand, combines product development with railway systems engineering: “We choose a specialization, which makes up almost half of our master’s program. These should definitely be subjects you actually enjoy.”
Prior knowledge is helpful but not strictly necessary. You can always start with the MIT master’s program. “You just have to teach yourself a bit more and maybe catch up on a few things for admission,” says Lorenz. Doppelbauer also explains: “Anyone who catches up on missing content from their bachelor’s degree and isn’t yet fully occupied can already attend the master’s modules simultaneously.
Keeping an Eye on the Big Picture
Ultimately, it’s about the drive and the joy of thinking technology one step further. Professor Marcus Geimer, also the dean of studies, says: “What motivates me most is getting students excited about the program so that they stay interested and curious throughout their professional careers. I’ve never regretted entering the engineering profession.” So if you’re interested in looking beyond disciplinary boundaries and understanding systems as a whole, the MIT Master’s program offers exactly what you’re looking for.
Elisa Rachel, March 19, 2026
