Serge Couvet

Papers

Total Citations

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About

Serge Couvet’s research bridges the critical intersection of assistive robotics and human biomechanics, with a focus on enhancing safety and rehabilitation. His most influential work centers on developing intelligent exoskeletons for upper-limb assistance, particularly through force-controlled systems and vision-based interfaces. In his 2008 paper, “Intelligent Assistive Exoskeleton with Vision Based Interface” (20 citations), Couvet pioneered a novel human-machine interface that allows users to control robotic support through visual cues, a significant step toward intuitive, hands-free assistive devices. He further refined this approach in his 2010 study on force-controlled powered exoskeletons (10 citations), demonstrating how real-time force feedback can improve user interaction and safety. Beyond robotics, Couvet has made notable contributions to sports science and injury prevention. His 2018 investigation into rugby players revealed that inconsistent anticipatory postural adjustments (APAs) during scrum engagement are a key source of injuries (8 citations). This work, supported by the FFR M-Rex simulator, offers practical training tools to reduce risk. With a career that seamlessly integrates engineering innovation with applied biomechanics, Couvet’s research has laid essential groundwork for safer human-robot collaboration and athletic performance.