Mechatronics
Our bachelor’s degree program in Mechatronics prepares you to help shape the future. You will learn to develop sustainable solutions in the areas of energy, mobility, products and production – then implement them as a student on an interdisciplinary team. You will understand contexts efficiently from an engineering standpoint, and quickly learn the ropes in new fields.
Your heart beats for...
A Degree Program with a Future
You will bring one of the following educational backgrounds:
- General university entrance qualification (Abitur)
- Specialized university entrance qualification
- Advanced technical college certificate (Fachhochschulreife)
- Professional qualification (Case-by-case examination)
An ten-weekinternship is only required if you do not have relevant vocational training. It must be completed by the end of the 4th semester.
German language level: C1
1. Semester
- STEM fundamentals
- Engineering fundamentals
2. Semester
- STEM fundamentals
- Engineering fundamentals
- Non-technical subjects
3. Semester
- Engineering fundamentals
- Engineering applications
- Non-technical subjects
4. Semester
- Engineering applications
- Laboratory internship
5. Semester
- Engineering applications
- Laboratory internship
6. Semester
- Project work
- Thesis
Focus areas
- Precision engineering systems
- Electrotechnical systems
- Sustainability
- Energy
- Drive technology
- Teaching position
In the Mechatronics program at the Ostwestfalen-Lippe University of Applied Sciences, students first build a solid foundation in mechanical engineering, electrical engineering, and computer science. Building on this foundation, specializations in areas such as automation, intelligent systems, or drive technology allow students to develop a targeted professional profile. In addition, elective modules offer the opportunity to pursue individual interests and set personal priorities—whether in development, production, or digitalization. Practical projects and applications promote the application of knowledge and provide optimal preparation for a wide range of professional fields.
As a graduate of our bachelor’s degree program in Mechatronics, you will understand the work materials and methods needed to develop and design mechatronic systems.
You will be able to
- predict and determine the behavior of mechatronic systems and their components through calculations and measurements
- analyze technical problems and solve them as part of a team
- apply engineering fundamentals in theory and practice
Mechatronic engineers can work in many different career fields: Our degree program qualifies you to work in the areas of design, development, construction, commissioning, maintenance and operation of mechatronic systems. For example, you can work in the following job profiles:
- consulting engineer in an engineering firm
- research, development, production and sales at start-ups, mid-sized companies and industrial companies
- monitoring and permitting at official agencies and administrations
The Mechatronics program maintains close ties with local companies. Through dual and cooperative study programs, students gain practical experience early on. An industry advisory board and joint research projects ensure ongoing interaction with the professional world and keep the curriculum up to date.
We conduct research in the areas of
- Connection technology
- Electromechanical components and systems
- Power-to-x, sector coupling, hydrogen technology, renewable energies
- Flow simulations (CFD) and machine learning/digital twins
- Fans, ventilation technology, drying
- Measurement of mechanical variables, testing vibrations and acoustics, dynamic systems
- Material testing (including non-destructive), damage analysis
- Dynamometer/Chassis dynamometer
Fields of application include the mobility of the future, sustainable products and production processes, renewable energies, simulation and virtual methods (FEM and multi-body simulation).
Our fields of research in the faculty of Computer Science and Automation
Our fields of research in the faculty of Production and Engineering
... the 17 Sustainable Development Goals of the United Nations
- directly to affordable and clean energy
- directly to industry, innovation and infrastructure
- directly to sustainable cities and communities
- directly to responsible consumption and production
- directly to climate action
Studying at Innovation Campus Lemgo
At the Innovation Campus in Lemgo, you’ll study at one of the most exciting technology hubs in North Rhine-Westphalia. Here you’ll find state-of-the-art laboratories and classrooms, as well as science-to-business factories. Take, for example, the Centrum Industrial IT, where companies from across the OWL region have established branches. Or the Smart Factory OWL, which demonstrates data and AI management. At the Future Food Factory OWL—unique in Europe—similar activities take place, this time focused on food production. New Work and knowledge transfer converge at InnovationSPIN. Here, TH OWL, the district administration, and the skilled trades demonstrate transparent collaboration and a spirit that fosters innovation. In addition to the Fraunhofer IOSB-INA, the campus is also home to two vocational colleges as well as the Bundesliga handball club TBV Lemgo-Lippe. And best of all: the campus features student housing just a short walk from the university and downtown.
Information
Detailed information about the Mechatronics program
Only the information contained in the currently valid examination regulations for the program, as published in the official bulletin, is authoritative and legally binding. You can find the official bulletins here.
Voices from academia, teaching, and professional practice
“What excites me about mechatronics is the holistic view of mechanical engineering, electrical engineering, and computer science in the fundamentals. The broad foundation allows for targeted specialization—which makes the program diverse and particularly interesting.”
“As a professor, I take great pleasure in this program because I can impart a holistic understanding and a systems perspective to students—skills that are becoming increasingly important in light of growing technical complexity.”
“For us, the graduates’ skills are particularly valuable: thanks to their broad education, they are versatile. They maintain a clear overview in complex, interconnected projects while simultaneously driving the development of innovative concepts.”
Contact and Counseling
- Our Central Student Advisory Service answers questions about studying at the university
- Offers for study orientation
- Get to know your faculty Production and Engineering!
- Get to know your faculty Computer Science and Automation!
- Click here to go to the subject-specific student advisory service of the faculty
- The KIS portal for applicants
- Information on the enrollment procedure is available from the Enrollment Office
- Studying abroad? Our International Office is there for you!
Still unanswered questions?
Our Student Service Center will answer all your questions about studying at TH OWL as well as about application and enrollment:
Phone: +49 5261 702 2534
E-mail: studierendenservice(at)th-owl.de
Service hours: Monday to Friday from 9 a.m. to 3 p.m.