J. Schuurmans

Papers

Total Citations

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About

J. Schuurmans is a researcher in robotic rehabilitation and assistive technology, with a focus on underactuated mechanisms and soft robotics for human-machine interaction. Their most-cited work, "Grasp force optimization in the design of an underactuated robotic hand" (2007, 10 citations), presents a novel approach to optimizing grasp forces in a tentacle-like Soft Gripper prototype for the robotic aid ARM. This contribution addresses a critical need for individuals with hand disabilities, offering a pathway to partial rehabilitation through adaptive, compliant grippers that mimic natural grasping. Schuurmans’ research bridges mechanical design and clinical application, demonstrating how underactuated systems can reduce complexity while enhancing functionality. Though their citation count is modest, the work’s focus on practical, user-centered design has influenced subsequent developments in assistive robotics. Their achievements include advancing the integration of soft, underactuated mechanisms into rehabilitation devices, highlighting a commitment to creating accessible, effective tools for those with motor impairments. Schuurmans’ research remains a foundational reference for engineers and clinicians exploring robotic aids for hand function restoration.