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About

Jianping Jiang is a rising researcher at the intersection of bio-inspired robotics, space mechanics, and multibody system dynamics. His work is defined by a unique blend of biological inspiration and aerospace engineering, seeking to solve complex locomotion and control problems across vastly different environments. His most notable contribution is a computational fluid dynamics (CFD) study on the hydrodynamics of a swimming crocodile model, which aims to uncover the propulsion mechanisms of *Crocodylus siamensis*. This work, already garnering 7 citations, provides foundational insights for designing efficient amphibious robots. Beyond biology, Jiang has made significant strides in space robotics. He developed an orbit-attitude-structure coupled modelling method for multibody systems and an inertia-adaptive trajectory planning technique for dual-arm space robots, enabling rapid in-space assembly—a critical capability for future orbital infrastructure. He has also tackled the challenge of integrating manipulators onto quadruped robots, proposing a biomimetic intelligent motion control method to maintain stability during complex tasks. By bridging the gap between animal locomotion and spacecraft dynamics, Jiang is pioneering versatile control strategies that promise to advance both terrestrial robotics and autonomous space operations.