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About

Luc Chassagne is a pioneering researcher at the intersection of robotics, sensor systems, and smart materials. His work focuses on developing compact, embedded sensing technologies that enable robots to interact more intelligently with their environments. Chassagne’s most notable contribution is the creation of a compact electronic nose for volatile and non-volatile odor classification, designed specifically for mobile robot applications—a field where traditional bulky, expensive systems have limited progress (20 citations). He has also advanced robotic spatial awareness through ultrasonic sensor triangulation for precise 3D positioning of humanoid robot feet (19 citations). In soft robotics, Chassagne has developed an electroactive polymer-based soft microgripper for safe micro-object manipulation, with potential applications in microsurgery (12 citations). His force localization sensing system for the HYDROïD humanoid robot offers a low-cost, integrable solution for interactive sensing (6 citations), while his work on conducting interpenetrating polymer networks (C-IPNs) demonstrates dual sensing and actuation capabilities for robotic manipulation (3 citations). Through these innovations, Chassagne is driving the development of more agile, perceptive, and affordable robotic systems.