While a few elective courses (approx. five percent) are offered in German, the Master's programme can perfectly well be completed without any knowledge of German.
Master’s Programme in Embedded Systems – Key Technology for Tomorrow’s Innovations
Embedded systems drive today’s most advanced technologies – from medical devices and automotive solutions to aerospace, telecommunications, and media‑entertainment. By sensing the world, “thinking” through intelligent algorithms, and “acting” via actuators, these systems perform a staggering variety of tasks.
Our Master’s programme equips you with a comprehensive blend of computer‑science and engineering expertise, preparing you for roles as a research scientist, project leader, or technology strategist. You will master the “languages” of both software and hardware, learning to design, analyse, and optimise complex embedded solutions.
You can either pursue a broad, interdisciplinary curriculum that spans computer science and micro‑systems engineering, or focus your studies on one of the following specialisation tracks:
Artificial Intelligence – AI‑driven perception, decision‑making, and control for smart devices
Biomedical Engineering – Embedded solutions for diagnostics, therapy, and wearable health technology
Circuits and Systems – Design and verification of high‑performance analogue, mixed‑signal, and digital circuits
Cyber‑Physical Systems – Integration of computation, networking, and physical processes
Materials and Fabrication – Advanced materials, nanofabrication, and MEMS technologies for next‑generation devices
Photonics – Optical sensors, communication, and photonic integration in embedded platforms
What You’ll Gain
Interdisciplinary competence – Bridge the gap between software algorithms and hardware implementation.
Research and development skills – Conduct cutting‑edge projects and lead multidisciplinary teams.
Flexibility – Tailor your studies through electives, labs, and a thesis that aligns with your career goal.