It combines a challenging core curriculum with future-oriented and interdisciplinary projects. It does not limit itself to teaching only current content but rather also teaches fundamental, theoretical underlying concepts and methods that have endured the test of time

Through the strong connection of research and teaching students receive training that matches the level of development as well as many practical experiences over the course of seven semesters.

They learn to combine technical facts with profitability and user safety.

This enables them to later master tasks in various fields of application within engineering under various technical, economic, and social conditions.

Starting in the fifth semester students can specialize and select from one of the career fields offered:

Production technology develops complex processes, which make it possible to conduct cost-effective production with longterm, consistant quality – and at every scale: from individual tools to complete production plants.
Product development focuses on the optimization of products in mechanical engineering. The spectrum ranges from materials to industrial design.
Energy and process engineering deal with the provision and transition of energy and materials. For example, crude oil is turned into cosmetics, biomass into fuel, wind power and sunlight into energy.
Textile and plastics technology is dedicated to the manufacture and processing of plastics and textile materials. This is how, for example, technical building components are developed from fibers and products for living are made from plastics.
The goal of transportation engineering is to optimize all methods of transport – from private vehicles to railcars to aircrafts.