Florian A. Kagerer
Papers
3
Total Citations
45
H-Index
3
About
Florian A. Kagerer is a leading researcher in rehabilitation engineering and human-machine interaction, specializing in the development of non-invasive body-machine interfaces (BoMI) for children with severe motor impairments. His work addresses a critical gap: while brain-machine interfaces are often unsuitable for pediatric populations due to surgical risks, Kagerer’s innovative BoMI systems leverage natural upper body and head movements to provide safe, high-signal control of assistive devices. In his most-cited study (2019, 19 citations), he demonstrated how children learn to control a robot arm through a BoMI, revealing age-dependent differences in motor learning that have profound implications for pediatric rehabilitation. His 2017 paper (13 citations) introduced a five degree-of-freedom BoMI, enabling children with severe impairments to perform daily activities. A notable 2020 case study (13 citations) showcased a wireless head-joystick system that allowed a child with congenital limb absence to control a robotic arm for functional tasks. Collectively, Kagerer’s work has garnered over 45 citations, establishing him as a pioneer in accessible, child-friendly assistive technology that bridges the gap between human movement and machine control.
Research Focus
Key Achievements
Top Papers
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