Hans Rietman

Papers

Total Citations

169

H-Index

About

Hans Rietman is a leading figure in rehabilitation robotics and movement science, with a career dedicated to advancing technology-assisted therapy for individuals with neurological and motor impairments. His primary research areas include robotic gait training, human-robot interaction, and the biomechanics of rehabilitation. A major contribution is his work on the LOPES II gait training robot, an admittance-controlled system featuring a "Shadow-Leg" approach that reduces setup time and enhances active patient participation. This design, detailed in his highly cited 2015 paper (169 citations), addresses critical limitations in earlier robotic trainers by enabling more natural, task-specific movements and facilitating balance control. Rietman’s research has significantly influenced the development of patient-cooperative robots that prioritize user engagement over passive assistance. His work is widely recognized for bridging engineering and clinical practice, with cumulative citations reflecting its impact on rehabilitation technology. Beyond LOPES II, he has contributed to understanding motor learning and recovery, making him a pivotal figure in translating robotic innovations into tangible improvements in patient outcomes.