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About

Zhuoqun Cao is a pioneering robotics researcher whose work centers on bio-inspired locomotion, specifically the design and control of small-scale jumping robots for rugged terrain. His major contributions lie in integrating elastic actuators and appendages to enhance robot maneuverability and energy efficiency. In his most cited work, "A combined series-elastic actuator & parallel-elastic leg no-latch bio-inspired jumping robot" (2020, 52 citations), Cao introduced a novel mechanism that eliminates the need for a latch, enabling more reliable and powerful jumps. He further advanced the field by developing control strategies for two-degree-of-freedom inertial appendages, allowing small-scale robots to achieve superior terrestrial and aerial maneuverability (2022, 10 citations). Most recently, Cao proposed an energy-recoverable landing strategy (2024, 3 citations), addressing a critical challenge in sustained jumping locomotion. His work is notable for its practical focus on real-world applications, such as search and rescue or exploration in inaccessible environments. With a growing citation impact, Cao is recognized for pushing the boundaries of bio-inspired robotics, making small-scale robots more agile, resilient, and energy-efficient.