Rehabilitation

Biomechanical Support and AI-assisted Motion Analysis

In the rehabilitation field, Fraunhofer IMTE develops state-of-the-art technologies for customizable and adaptive rehabilitation. By using camera-based tracking systems, robotic therapy systems, and artificial intelligence (AI), innovative rehabilitation programs are created that are tailored to the needs and progress of patients. These technologies not only make therapy more effective but also relieve clinical staff through partial automation.

 

Robotic Support for Targeted Training

A central research area is the development of weight relief systems that combine robotic support with AI-assisted motion analysis. The goal is to improve freedom of movement and tailor therapy more precisely to the individual patient. At the same time, Fraunhofer IMTE is working on markerless tracking, which allows for highly precise motion analysis without external markers. This reduces preparation effort, lowers costs, and enables mobile applications outside clinical settings.

Another research project focuses on predicting gait events to optimize balance training on instrumented treadmills. This development helps strengthen patient confidence and significantly reduces the risk of falls. Through this holistic approach, research extends into the realm of prevention and thus supports healthy aging in line with the Circular-Health concept.

 

Expertise at the Intersection of Technology and Therapy

The rehabilitation field at Fraunhofer IMTE combines expertise from biomechanics, motion analysis, robotic systems, data science, informatics, and clinical physiotherapy. This interdisciplinary team develops evidence-based and technologically advanced solutions that make the rehabilitation process more effective, efficient, and patient-friendly.

 

Future Prospects: Virtual Reality and Space-saving Rehabilitation Technologies

Future developments will focus on the further development of AI-based rehabilitation programs and the integration of new virtual reality technologies into therapy. Additionally, research will explore how to minimize the space requirements for motion analysis labs to make cutting-edge technologies accessible to smaller hospitals and rehabilitation centers.