Course Content
The intelligent interplay of mechanics, electronics and computer science
Mechatronics is a relatively new engineering discipline. In Germany, mechatronics training was introduced in the 1990s, as more and more products began to be made up of mechanical, electronic and IT components. These smart devices continue to revolutionise every aspect of our lives. From e-bikes and electric cars, production facilities and machinery, right through to smart roads, smart cities, infrastructure and the smart grid. Mechatronics engineers possess the interdisciplinary skills required to develop innovations efficiently and produce them cost-effectively. The degree programme is structured around elements of the traditional engineering disciplines of mechanical engineering, electrical engineering and information technology. You will acquire a solid grounding in mechanical design, electronics and embedded systems. The demand for this expertise in the market is immense and is growing much faster than it can be met.
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Alumni Review
2013 | Mechatronics (Dual)
Career Development
Up to my current position as project manager it was not the shortest way.
After graduating from secondary school (technical field) I first learned the profession as an administrative assistant. Since I did not see myself in this field for the rest of my life, I decided to catch up on my general school certificate at the vocational high school in Deggendorf. Through my brother Markus I got some insights into the dual study of electrical engineering and decided to study mechatronics at Strama-MPS Maschinenbau GmbH & Co. KG, combined with a vocational training as a mechatronics engineer.
Strama-MPS develops special machines for the production, assembly and testing of complex technical components and products. Altogether, more than 1,300 specialists work at Strama-MPS worldwide - about 750 of them at the Straubing location.
My current position in the company requires me to be able to react quickly to acutely arising issues. Therefore I need a good overview of the whole project and am responsible for cost planning, customer meetings and site planning. In the end, a complete production line with various assemblies is created. The line is completed down to the last detail and put through its paces so that it can be reassembled and put into operation at the customer's site.
Reminiscing allowed: remember your student days
I would always decide again for a dual study at the TH Deggendorf, because you can deepen the acquired knowledge besides the theoretical training at the same time in practice. Apart from the good leisure activities in Deggendorf, I also like to think back to DIT's Christmas party. With good food and atmospheric music one could enjoy a nice evening with friends. I would also like to emphasize the good cooperation among the students. This was also encouraged and challenged by the professors themselves through various topics that were worked on in teamwork. This includes the two compulsory projects during the studies - and the related excursions to the Czech Republic.
What advice would you give current students?
I would advise students to stick together. This will pay off well at the latest when working out the learning material before the exams. First of all by saving a certain amount of time and secondly by having one or more partners who may also have an answer to one or the other question. For the remaining open topics I can only say from my experience that the professors of DIT have an open ear and are happy to help.
Subject Overview
Overview of lectures and courses, SWS (Semesterwochenstunden = weekly hours/semester) and ECTS (European Credit Transfer and Accumulation System) in the Bachelor's degree Mechatronics.
Cooperative Studies
Theory meets practice
Would you like to get a taste of the real world whilst you’re still studying – and even get paid for it? Then the dual study programme at DIT is just the thing for you.
The dual study programme combines the best of both worlds: sound theoretical knowledge at university and valuable practical experience in a company. You can choose between two models:
- Joint Studies (Study at university combined with a vocational training at a company)
- or Studies with In-Depth Practice (intensive practical training during semester breaks)
Important: To enrol on the cooperative studies programme, you must apply to both the company and the DIT.
DIT has been working with numerous companies for many years – find out more here about our cooperation partners. You can also find potential cooperative study places in the hochschule dual database.
Do you already have a company in mind, or would you like to send a proactive application to a company that doesn’t yet work with us? Please feel free to pass on our contact details so that we can clarify all the necessary requirements (e.g. partnership agreement, work placement guidelines) with your company.
Do you need general advice on dual study programmes? Please feel free to get in touch with us: Contact Career Service
Interested in a cooperative study programme?
Find out which programme is right for you, how to apply, and how we’ll support you every step of the way – from finding the right company to starting your studies:
Career Prospects
The professions for Bachelors of Engineering (B.Eng.) in Mechatronics cover a very broad field of work. From conception, development and construction to the production of mechatronics components. He does not only rely on what he has learned, but also on intuition, fantasy and creative imagination. The integration of mechanical, electronic, information technology and, if necessary, optical system components into an innovative product is at the forefront.
The mechatronics engineer's field of work today is particularly characterised by requirements such as interdisciplinary work, interface competence, the use of simulation technology, IT and information technology and the use of new materials.
Mechatronics is a relatively new discipline in engineering education. Mechatronics training was introduced in Germany in the 1990s because it was recognised that more and more products represented a synthesis of mechanical, electronic and information technology components. The mechatronic engineer has the interface competence necessary to develop such products efficiently and produce them economically.
Mechatronic engineers can be found in the following fields of activity:
- Development of mechatronic products
- Modeling and simulation of mechatronic
- Systems
- Quality management
- Production of mechatronic systems
- Consulting, sales and training
Possible fields of application for mechatronic engineers include the following industries:
- Precision mechanics machines and
- Appliances
- Automation engineering
- Writing and printing technology
- Biomedical technology
- Motor vehicle construction and
- Supply industries
- Electrical industry, household appliances
- Defence technology
- Production engineering
- Aerospace engineering