Mechatronics and Information Technology

At the beginning of the 21st century, there is a unique opportunity for young engineers to sustainably influence and redesign the major socio-political issue of "mobility". In the coming decades there will be a pluralization of drive concepts, sensors and control systems. Mechatronics and information technology engineers will invent, plan, develop and manufacture mobility systems and components for them. This affects not only individual vehicles (cars), but all modes of transport as well as mobile systems in flexible industrial production.

Tomorrow's innovations from the future sectors of electrical engineering and mechanical engineering and their traditional fields of application, for example the automotive industry, production engineering or medical technology, contain more and more functions. In the future, systems will increasingly consist of a complex multitude of networked mechanical, electrical and information technology subsystems. Their functionality only arises from the interaction of the subcomponents.

In order to consider the complex systems based on the individual electrical, electronic, mechanical and information technology sub-components and at the same time to consider the overall function, a technology-open and comprehensive approach will be required. In mobile systems, drive technology and sensor technology are growing together with the increasingly important communication and information technology. Engineers in mechatronics and information technology deal with the interdisciplinary interaction of mechanical, electronic and information technology elements and modules.

If you are interested in what you can do with the knowledge you have acquired in math and physics classes, and if you want to pursue a fascinating job with excellent future prospects and become an engineer in mechatronics and information technology after earning a bachelor's or master's degree, you are in exactly the right place on our website.