In our modern world, information is recorded, processed and passed on everywhere and at any time. Information technology is therefore represented in almost all areas of life today and will continue to shape our mobility and consumer products from production to use in the future. Information technology not only provides the necessary technologies for space stations, but also develops the solutions for future-proof computer networks. This is why the IT industry is experiencing the highest growth rates and offers excellent long-term career prospects.

So that you can start your career successfully, we attach great importance to a sound education in mathematics, software technology and computer science.

This broad training is the basis for further specialization in the field of cyber-physical systems. Cyber-physical systems consist of mechanical components, software and modern information technology. By networking the individual components via networks such as the Internet, complex infrastructures can be controlled, regulated and monitored. Cyber-physical systems are based on sensors, actuators and networked software and cloud-based services. Sensors deliver measurement data from the physical world and report this via networks to a service that processes this data. This results in control data that the software forwards to actuators via the communication network. Cyber-physical systems are characterized by a high level of complexity and are used, for example, for the implementation of intelligent power grids, modern production systems or in medical technology.

The high practical relevance of the course deepens the knowledge acquired. In well-equipped laboratories are project work carried out in small groups. A practical semester shows how industrial projects are carried out and managed.

During your first internship at school, you will get an insight into teaching. Do you like to impart knowledge in a school or business context? Or do you prefer work as a specialist? This decision has time until after the bachelor's degree.

Because the bachelor's degree entitles to entry into engineering as well as pedagogical master’s programs. The Bachelor of Science in engineering education offers you not only excellent prospects in the modern engineering field, but also diverse career prospects in the field of education and training.


As an expert in information technology , you are in demand as a specialist or manager. In view of the constantly changing world of work due to digitization, companies are placing increasing value on continuous training and further education processes. Trained engineering pedagogues are in great demand, not least in this area, because they have learned to convey their knowledge appropriately and in an appealing way .

career entry as an information technology specialist is just as an option as further training to become a scientific teacher in higher education , for which you acquire two teaching qualifications: SIT (system and information technology) and ENAT (energy and automation technology) .

  • Career entry in industrial companies in various sectors
  • In the planning, development and programming of embedded systems and cyber-physical systems in a technical environment
  • In automotive and aviation technology
  • In the consumer goods industry
  • In the automation industry
  • Possibility of a technical master’s degree
  • Entry into a managerial position in corporate education and human resources
  • Possibility of a pedagogical master’s degree with subsequent entry into the preparatory service for teaching at vocational schools in higher service
  • Family-friendly work as a scientific teacher in the higher service

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