Here you will find all important information about the degree program M.Sc. Engineering Cybernetics
Information for new international students
An extensive welcome and orientation program, organized by the International Office, awaits our international students: assistance for your first experiences in Stuttgart, an orientation week, informative events and much more.
- International students
The most important information for a successful start at the University of Stuttgart.
What job prospects are available to me after graduation?
Graduates of the Engineering Cybernetics program are highly skilled in control, modeling, and simulation, making them sought-after specialists in both industry and academia. The program’s strong interdisciplinary foundation and broad range of applications ensure excellent career prospects that remain resilient to economic fluctuations in individual sectors.
In industry, graduates find opportunities across a wide array of key fields, including mechanical and electrical engineering, biomedicine and biotechnology, energy systems, aerospace, automotive technology, and the chemical industry. The program also offers a solid basis for pursuing an academic or research-oriented career. Surveys show that approximately 78% of alumni are employed in academic or corporate research positions, with about one-third continuing their studies toward a PhD—either at the University of Stuttgart or at other leading international universities.
Located in one of Europe’s strongest industrial and research regions, Stuttgart offers exceptional opportunities for Engineering Cybernetics students to connect theory with real-world practice. The area of Stuttgart is home to a dynamic network of innovative medium-sized enterprises and world-renowned corporations and research institutions. These strong industry links open pathways to careers in emerging fields like autonomous systems, digitalization, and smart manufacturing.
Accreditation
Contact for further questions
Jonas Mair
M.Sc.Research Assistant
Andrea Iannelli
Prof. Dr.Trustworthy Autonomy for Smart Adaptive Systems