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About

Y. Piguet is a pioneering researcher in mechatronics and robotics, whose work spans autonomous mobile robotics, medical robotics, and innovative engineering education. His most impactful contribution is the Octopus robot (2002, 84 citations), an autonomous wheeled climbing vehicle designed to navigate rough terrain without getting stuck—equipped with tilt sensors and tactile wheels, it represents a significant advance in off-road robotic locomotion. In the medical field, Piguet developed a robot for CT-guided stereotactic neurosurgery (1995, 36 citations), a prototype that entered clinical testing and demonstrated early integration of robotics into precision surgical procedures. Beyond hardware, Piguet is a leader in mechatronics education, creating the "Hands-On Mechatronics" problem-based learning environment (2002, 9 citations), which uses mobile robot competitions and a web-based framework to engage students. His related work on "Learning by Doing" (2001, 8 citations) and online experimentation platforms (2002, 6 citations) further advanced remote, collaborative engineering training. Piguet’s career uniquely bridges cutting-edge robot design with pedagogical innovation, making him a key figure in both robotics development and the training of future engineers.