Tom Driessen
Papers
1
Total Citations
30
H-Index
1
About
Tom Driessen’s research sits at the intersection of biomechanics and collaborative robotics, with a sharp focus on safe human-robot interaction in rehabilitation contexts. His most-cited work, “Biomechanics Aware Collaborative Robot System for Delivery of Safe Physical Therapy in Shoulder Rehabilitation” (2021, 30 citations), introduces a paradigm shift in robot-mediated therapy. Rather than treating the robot as a blind force applicator, Driessen’s system integrates computational musculoskeletal modeling to give the robot real-time awareness of a patient’s internal biomechanical state—joint torques, muscle forces, and tissue loads. This allows the robot to adapt its assistance or resistance dynamically, preventing inadvertent injury during shoulder rehabilitation exercises. The contribution is significant because it directly addresses a core safety concern that has historically limited clinical adoption of rehabilitation robots. By embedding biomechanical constraints into the robot’s control loop, Driessen’s work provides a principled framework for delivering therapy that is both effective and safe. This research has implications beyond rehabilitation, extending to any collaborative task where a robot must physically interact with a human while respecting physiological limits. Driessen’s approach represents a thoughtful fusion of computational modeling and practical robotics, offering a path toward truly patient-aware therapeutic systems.
Research Focus
Key Achievements
Top Papers
- 1