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About

Rui Ding is a pioneering researcher in the field of bio-inspired robotics, with a specialized focus on amphibious robotic systems, biomimetic locomotion control, and multi-modal motion design. His work centers on bridging the gap between biological principles found in aquatic and terrestrial animals and their practical implementation in advanced robotic platforms. Ding's most celebrated contribution is his development of AmphiRobot-II, a versatile amphibious robot featuring a novel hybrid wheel-propeller-fin mechanism capable of seamlessly transitioning between underwater and land-based locomotion — a paper that has garnered an impressive 175 citations. Building on this foundation, he has made significant strides in central pattern generator (CPG)-based control architectures, enabling robust, biologically plausible gait generation for complex robotic systems across multiple locomotion modes. His research draws inspiration from diverse biological sources, including fish undulatory motion and dolphin-like swimming kinematics, translating these natural mechanisms into engineered solutions with remarkable fidelity. With a cumulative citation record spanning nearly 280 citations across his key works, Ding's contributions have meaningfully advanced the scientific community's understanding of amphibious robot design, dynamic modelling, and adaptive locomotion — making his research essential reading for students and engineers working at the intersection of biomechanics and robotics.