M. Sc. Robotic Systems Engineering

The M.Sc. RoboSys focuses on the optimal use of robots in industry and society as well as the development and construction of novel robotic systems. Bridging gaps between mechanical engineering, electrical engineering and computer science, our program will enable you to develop innovative and intelligent robotic solutions to address the most pressing global challenges of the 21st century: industrial productivity, energy efficiency, environmental responsibility, healthcare, and mobility services.

As an M.Sc. RoboSys student, you will learn to
- create industrial robots, mobile robots, assistance robotics and intralogistics robotic systems
- develop, implement and program robotic systems for different levels of autonomy
- design automated and programmable robots that can operate in an agile environment
- develop robotic systems for embedded production systems or autonomous warehouses

Graduates with B.Sc./ B.Tech./ B.Eng.

Academic first degree: B.Sc./ B.Tech./ B.Eng. (e.g. in Mechanical Engineering or a related discipline, such as Automotive, Aerospace or Energy Engineering, Manufacturing, Structural, Industrial or Production Engineering) awarded by an internationally recognized university-level institution. Good performance in your undergraduate studies; Practical work experience; Very good command of English language.

Accredited Diploma.

Increasing automation and digitalization are having an enormous impact on global competition. Using robotic systems is essential to increase industrial productivity while ensuring high-quality and cost-effective production. As a result, the industry is more than ever seeking robotics specialists with interdisciplinary knowledge in design, manufacturing, production, planning and management. The M.Sc. RoboSys responds to these developments with an application-oriented curriculum and the most up-to date technology knowledge, thus training the experts of tomorrow.

Upon successful completion of the M.Sc. RoboSys, you
- understand the optimal use of robots in production
know how to combine and apply technological skills of mechanics, electrical drives, sensor technology, and information processing to optimize robotic systems
- have the skills to organize and monitor operational and manufacturing processes
- can identify future issues, technologies and developments in the field of robotics

Our study advisors are the direct persons for candidates during the application process. With any questions concerning the specific content of their study programme, mandatory documents or general information. The study advisor is available throughout the duration of the students stay to support them with their study planning.