Shihao Ma

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About

Shihao Ma is a robotics researcher whose work is pushing the boundaries of snake robot locomotion in the most demanding environments. His research focuses on enabling these limbless, flexible machines to navigate and operate autonomously in unstructured and extreme terrains—from rubble and caves to narrow pipelines. Ma’s major contributions lie in developing adaptive control strategies that allow snake robots to overcome their inherent physical limitations. His most-cited work, "Self-adaptive rolling motion for snake robots in unstructured environments based on torque control" (2023, 9 citations), introduces a novel torque-based controller that enables the robot to dynamically adjust its motion to unpredictable surfaces. To address the constraints of length and torque output, Ma pioneered a cooperative strategy (2023, 4 citations) inspired by human hand-in-hand interaction, allowing two snake robots to join forces to traverse extreme terrain. Further demonstrating his innovative approach, he designed a snake robot with a docking function (2022, 3 citations), enabling modular robots to physically connect, doubling their length and degrees of freedom for more powerful operations. Through these achievements, Ma is laying the groundwork for a new generation of resilient, collaborative, and self-assembling robotic systems.