Occupational Fields and Experiences

What are Studies at the Faculty of Aerospace Engineering like?

Here, you will find a few statements from students about their experiences and insights gained during their studies.

Go to the Testimonials

Where will I work in the future?

With a successful Master of Science (or double degree) under their belt, graduates have a multitude of paths open to them. Depending on your work method, you may find your place in project implementation or management, research and development, or teaching. A doctorate is also a goal that is frequently pursued.


Here's why: The technological world is in a state of flux. Influences from the economy, ecology, globalisation and demographics therefore create a high demand for well-trained specialists, especially in the automotive industry. This offers our graduates excellent prospects for entry into the professional world.

Here, they are highly sought after by:

 

  • Automotive and transport manufacturers
  • Component and subsystem suppliers
  • Drive manufacturers and innovators
  • Research facilities in the mobility and transport industry
  • High-tech areas of mechanical engineering
  • Companies in the environmental and energy sector
  • Governmental and supervisory facilities such as DLR, TÜV, environmental agencies, etc.
  • Providers of technical and mobility solutions
  • Environmental monitoring services

What are my Future Tasks and Activities?

Master engineers can take on a diverse range of tasks. Depending on your position, your work method and also your own interests, you can take responsibility for your activities both within a team and in a leadership position. You will be a person who has answers and solutions to problems - or figures them out. In doing so, you will use the knowledge you have been provided with and incorporate it into this.

 

You will be able to find your role in a broad range of activities, including

 

  • Systems integration of mechanics, electronics and information technology
  • Construction and various areas of simulation technology
  • Production planning and optimisation
  • Technological innovation, efficiency improvement
  • Ensuring product safety and quality control
  • Administration of complex facilities and projects
  • Technical customer contact
  • Technical management
  • Application-oriented research and development

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