Energy and environmental technology
Five laboratory workstations and PC workstations with Internet connection and partial connection to the measuring stations
Sensors and test engineering
Devices for measuring physical and technical quantities from the fields of mechanics, acoustics, electricity, magnetism, optics and atomic physics
Automotive engineering
Ten independently usable laboratory workstations for passenger cars, light commercial vehicles and two-wheeled vehicles
Fluid technology
Devices for measuring physical and technical quantities from the fields of mechanics, acoustics, electricity, magnetism, optics and atomic physics
Additive manufacturing
The Laboratory for Additive Manufacturing was founded in 2013 and has been consistently established and expanded since then, with great support from the university management.
Lightweight construction
Six laboratory workstations are available for experiments in the fields of experimental mechanics, materials and component testing and lightweight construction.
Lightweight materials
A wide variety of tests can be carried out in the lightweight materials laboratory to characterise the material behaviour of new lightweight materials.
Adhesive bonding technology and composite materials
Laboratory set up in accordance with the DVS guideline for adhesive bonding training centres with up to twelve places for the practical course "Adhesive bonding technology and composites" or "Introduction to composites".
Plastics technology
The equipment in the plastics technology laboratory is focussed on the sub-areas of thermoset processing and extrusion.
Motorsport technology
The motorsport technology laboratory enables students to familiarise themselves with the "racing car system".
Commercial vehicle technology
Devices for measuring physical and technical quantities from the fields of mechanics, acoustics, electricity, magnetism, optics and atomic physics
Physical analytics
Six laboratory workstations for scanning electron microscopy
Control and regulation technology
The equipment in the laboratory covers the three areas of robotics, control engineering and control technology.
Fluid mechanics
Various test rigs for the investigation of fluid mechanical phenomena using application-oriented methods of flow testing and measurement technology
Lightweight mechanics
The engineering practical course in machine tools and the practical course in machining are offered in the laboratory.
Geodesy and building physics
In addition to standard methods for angle measurement, height measurement and distance measurement, sensors for special tasks such as laser scanning systems can also be examined in the laboratory for geodesy and building physics.
Foundation engineering and soil mechanics
In the laboratory for foundation engineering and soil mechanics, rock and soil samples can be examined and analysed using a wide range of analysis techniques.
Vehicle systems, acoustics
The Vehicle Systems and Acoustics laboratory has three clamping fields and a crane, which can be used to create various superstructures and test acoustic behaviour.
Building materials science
The building materials laboratory deals with the investigation and characterisation of various materials used in the construction industry.
Engineering IT labs
These labs serve as computer rooms where students can work in small groups at high-quality workstations. Especially when working on projects and final theses.