Study contents
An overview
| Type of degree programme | Consecutive Master's degree programme | 120 ECTS |
| Standard period of study | 4 semesters |
| Start | Winter semester |
| Language requirements | English C1 |
| Internship | 12-week industrial or specialised internship |
| Admission | Admission-free, subject-related Bachelor's degree is required |
| Degree | Master of Science |
| Costs | Low semester fee with public transport ticket, no tuition fees |
Module plans and catalogues
Curriculum
Module catalogues, tutorials and labs
Qualification goals
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Tasks and requirements for the degree programme
The ‘AI Driven Mechatronics and Robotics’ Master's programme focuses on the interdisciplinary integration of mechanics, electronics and computer science to develop complex technical systems, so that the professional requirement is to fully exploit and effectively combine the specific strengths of each engineering discipline to design advanced mechatronic systems.
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Essential qualification goals
- In-depth understanding of complex mechatronic systems and their functions at the interface of mechanics, electrical engineering and computer science
- Ability to scientifically analyse and describe the interaction of mechanical, electrical and information technology components in mechatronic systems
- Competence in the design, modelling, construction, implementation and testing of mechatronic systems
- Ability to develop innovative mechatronic systems by optimising the combination of disciplinary resources for a wide range of applications
- Ability to work independently and scientifically, including planning and conducting research and critically analysing results
- Ability to integrate methods from mechanical engineering, electrical engineering and computer science to solve technical problems
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Graduates are able to
- Develop and optimise mechatronic systems on a research basis
- Test and implement complex mechatronic systems according to scientific standards and under consideration of given conditions
- Analyse fields of application to develop suitable solutions
- Systematically work on complex problems with creative and networked thinking
- Effectively moderate interdisciplinary teams and manage specialised projects as well as clearly communicate technical issues and work results
More information
PhD
Contact
Study counselling
Faculty of Mechanical Engineering
Study counselling
Faculty of Mechanical Engineering
