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Program Industrial Engineering

Technology drives our progress, innovations shape our future. But ideas and ever more intelligent technical solutions also have to be implemented in ever shorter time frames and under increasing cost pressure. Technical knowledge alone is then no longer enough - economic thinking must be added. After all, innovations only succeed if they are produced cost-effectively and successfully brought to market. This means that engineers and business economists must work hand in hand. Industrial engineers support them in this. They find solutions across departmental boundaries, with engineering expertise and business management competence.

The Industrial Engineering degree program is characterized by a generalist and interdisciplinary education, in both technical and business subjects. This opens up a wide range of fields of application for you in almost all areas of the company - especially in areas where technology and business meet.

Degree: B.Eng.

Duration: 3,5 years

Start of studies: winter (October 1) and summer (March 15)

Application period: May 1 through July 15 for the winter term, November 20 through January 15 for the summer term

Entrance requirements

General entrance qualification for admission to a university or technical college or a subject-related university entrance qualification. Admission is also possible via professional university access. Students have to serve a pre-study internship of at least six weeks in a relevant professional field prior to their studies or by the end of the second semester at the latest.

German minimum B2 

Contents and Structure

Basic studies are for all students the same. 

  • Materials engineering
  • Engineering mechanics
  • Business studies
  • Mathematics
  • English
  • Physics
  • Production engineering

After the practical semester (5th semester), you’ll need to decide in which field of specialisation you want to go.

  • Mobility and sustainability
    • Plastics processing
    • Technical purchasing
    • Project Management /Agile Methods
  • Digital product development
    • Robotics
    • Business Model Innovation
    • Industrial Engineering
  • Digitalisation in production and logistics
    • Embedded Systemsn
    • Controlling
    • Factory planning
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