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About

Thanhtam Ho is a pioneering roboticist whose work centers on bio-inspired locomotion and the development of novel, minimally actuated robots. His research focuses on creating agile, efficient machines that mimic biological movements, with a particular emphasis on jumping, rolling, and multi-modal locomotion. Ho’s most significant contributions include the design and implementation of robots that use unconventional actuators, such as shape memory alloys (SMA) and piezocomposite materials, to achieve complex gaits with simple mechanisms. His highly cited work, including the "Development of a biomimetic quadruped robot" (29 citations) and "Piezoelectrically Actuated Biomimetic Self-Contained Quadruped Bounding Robot" (17 citations), showcases his expertise in quadrupedal design. Notably, his 2012 paper on a cylinder-shaped robot capable of both jumping and rolling with a single actuator (15 citations) represents a breakthrough in hybrid locomotion, addressing the challenge of maneuverability without adding complexity or weight. Ho’s achievements extend to mesoscale robotics, where he has demonstrated fast, stable jumping robots and even a multi-locomotion underwater robot. With over 100 combined citations across his top papers, Ho’s work has significantly advanced the field of bio-inspired robotics, offering elegant solutions for mobility in challenging environments.