The key to smart production
The Robotics Laboratory focuses on the research and development of robots and automated systems for industry. This includes the programming, control and integration of robots in production and automation processes.
Robotics plays a key role in the era of Industry 4.0, which is characterised by the networking of machines and the use of data analysis and artificial intelligence.
The lab offers students the opportunity to gain hands-on experience with these advanced technologies, develop their skills in automation and understand how robots are used in modern industry.
Purpose of lab
Various practical courses from the Internal link opens in the same window:Mechanical Engineering and Mechatronics (MM), Internal link opens in the same window:International Engineering (IEB) and Internal link opens in the same window:Advanced Precision Engineering (APE) degree programmes are carried out in the laboratory:
- Robotics training (MM, IEB, APE)
- Automation technology laboratory (APE IEB)
- Mechatronics practice (elective subject)
In addition, the existing facilities can be used to carry out practical and thesis work.
Lab equipment
- ABB robot with rotary tacking unit
- Cobot UR5
- Epson ProSixx S5L industrial robot
- FESTO Transfer Factory with Mitsubishi TV-3SDB industrial robot
- Zoller V420 tool measuring system
- Various superstructures from student research projects and theses (FDM 3D printer, automated storage system, CNC milling machine)
Head of Lab
Interested in robots? I would be happy to provide information.
Applied Materials Sciences (BSc) (AMB/WFT discontinued)
Mechanical Engineering and Mechatronics (BSc) (MM)
Mechatronics and Digital Production (BSc) (MDP)
Deputy Dean of Studies: Advanced Precision Engineering (MSc) (APE)