Standard period of study: 6 semesters
Start: Winter semester
Type of admission: Admission-free
The consecutive Bachelor's and Master's degree program "Robotics and Autonomous Systems" is aimed at prospective students who are enthusiastic about interdisciplinary challenges at the interface of physics, mathematics, computer science, mechanical engineering and electrical engineering. The course provides a sound technical foundation, particularly in the fields of electrical engineering, mechanics and the processing of complex data. The focus is on the ability to quickly familiarize oneself with new subject areas and an understanding of technical and social problems. The profile is complemented by a clear focus on artificial intelligence (AI), which is an essential part of the course and drives innovative applications and future-oriented technologies.
A broad range of compulsory electives enables students to specialize in areas such as medical technology, computer science and mathematics in medicine and life sciences. Particular emphasis is placed on practical training: The University of Lübeck, a leading player in robotics research for many years, offers the opportunity to participate in innovative research projects as early as the Bachelor's degree course. These projects include medical robotics, underwater robotics, service and rehabilitation robotics and medical technology.
The degree course provides optimal preparation for the future development of autonomous systems, robotics and AI-based applications - technologies that are increasingly revolutionizing production processes (Industry 4.0) and everyday life. Anyone who wants to actively shape the future of these technologies will find the perfect foundation in this degree course.
My dream is to set up my own company, with which I can simplify and expand the everyday lives of myself and my fellow human beings.
I was already interested in robotics when I was at school, which is why I opted for this future-oriented degree course.
I am convinced that robotics and autonomous systems can change the world for the better.
I studied robotics because I was infected by the curiosity and joy of those involved in the subject.
You can also reach your destination via detours. And the detours are usually much more interesting.
The job profile of graduates of the Bachelor's and Master's degree course covers a wide range of activities in the field of autonomous systems and robotics. Bachelor's graduates work, for example, as hardware or software engineers, particularly in the field of medical assistance systems, as software developers for embedded systems, test or sales engineers in the field of Industry 4.0, or as product and application engineers. They are also ideally prepared to take up a research-oriented Master's degree course. Master's graduates often take on management positions, such as development managers in specialized companies or project managers in research laboratories at public and private institutions. Other possible fields of activity include scientific positions in research laboratories of large companies, university teaching, management consultancy or science journalism. The path to a doctorate is also open to them.
For further information, you can contact the student advisory service of the Robotics and Autonomous Systems degree program. The contact details can be found on the official website of the degree program.
The University of Lübeck is active in various research projects in the field of robotics and autonomous systems. Students have the opportunity to participate in current research projects and write their final theses in these contexts.
For detailed information on individual projects, please visit the pages of the institutes of the degree program.
We use cookies on our website. Some of them are technically necessary, while others help us to improve this website or provide additional functionality.
Here you will find an overview of all cookies used. You can give your consent to entire categories or have further information displayed and thus select only certain cookies.
These cookies enable basic functions and are necessary for the proper functioning of the website.
Show Cookie Informationen
Hide Cookie Information
Cookie Management
Saves your consent to using cookies and stores the chosen tracking optin settings.
Provider: | Website |
Cookiename: | waconcookiemanagement |
Runtime: | 1 year |
FE user
This cookie is a standard session cookie from TYPO3. It stores the session ID in case of a user login. In this way, the logged-in user can be recognised and access to protected areas is granted.
Provider: | Website |
Cookiename: | fe_typo_user |
Runtime: | Session |
Content from video platforms and social media platforms is blocked by default. If cookies from external media are accepted, access to this content no longer requires manual consent.
Show Cookie Informationen
Hide Cookie Information
Google Maps
A direct connection to Google’s servers will not be established until you have activated Google Maps autonomously at your end (i.e. given your consent pursuant to Art. 6 Sect. 1 lit. a GDPR). Once you have activated the service, Google Maps will store your IP address. By loading the map, you agree to Google's privacy policy.
Provider: | Google LLC |
Privacy source url: | https://policies.google.com/privacy?hl=en |
YouTube Videos
A direct connection to YouTube’s servers will not be established until you have activated videos autonomously at your end (i.e. given your consent pursuant to Art. 6 Sect. 1 lit. a GDPR). Once you have activated the service, YouTube will store your IP address. By loading the video, you agree to YouTube's privacy policy.
Provider: | YouTube / Google LLC |
Privacy source url: | https://policies.google.com/privacy?hl=en |