ExO-Eval: Exoskeleton Project Explores the Synergy Between Human and Machine | Schöneweide as a Hub for Business and Science

The application-oriented research conducted at the Zukunftsorte points to a clear direction: the work environment of the future will be strongly influenced by the synergy between humans and machines. The focus here is on the use of exoskeletons, which are designed to reduce the physical strain on people when performing heavy work. One example is the ExO-Eval project, led by Prof. Dr. Sebastian Götz from the University of Applied Sciences Berlin (HTW Berlin) at the Schöneweide Future Location and Prof. Dr. Ivo Wilhelm Boblan from the Berlin University of Applied Sciences. Their project is dedicated to the further development of human-centered exoskeletons. This project could not only increase efficiency in the work environment but also significantly improve the quality of life of workers.

Foto: HTW Berlin/Alexander Rentsch

An Exoskeleton Inspired by the Grasshopper

The ExO-Eval project focuses on developing an exoskeleton inspired by the biology of the grasshopper. The idea is simple: the targeted use of exoskeletons is designed to support lifting processes and, thus, significantly reduce physical strain. The focus here is not only on improving the functionality of the device but also on reducing errors in its use.

Field Testing as the Key to Optimization

What makes this exoskeleton special is that it is no longer just tested under ideal lab conditions. Instead, researchers are focusing on field trials in real work environments. These tests are carried out in collaboration with companies and provide valuable data on the actual challenges that workers face in their daily work. This information is crucial for optimizing the exoskeleton and developing an evaluation algorithm that will objectively assess the effectiveness of the device.

The ExO-Eval project is building on previous developments, in particular the “Backbooster” exoskeleton, and is focusing on further developing and evaluating the system in practice. The research team analyzes the requirements for the exoskeleton under real-life conditions, taking into account restrictions such as freedom of movement in the workplace, with the aim of minimizing long-term strain damage with the help of the exoskeleton.

Results and Outlook

The ExO-Eval project shows how application-oriented research and technological innovations can make the work environment healthier and more efficient. The symbiosis of man and machine is increasingly becoming a reality and could significantly shape the future of work.

Example Photo: Zukunftsorte Office

Click here for the official project page: : ExO-Eval – IFAF Berlin (ifaf-berlin.de)