Zheming Ding

Nanjing University of Aeronautics and Astronautics

Papers

Total Citations

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About

Zheming Ding explores the frontier of biomimetic robotics, focusing on the design and propulsion mechanisms of aquatic robots inspired by nature’s most efficient swimmers. His research centers on harnessing the swimming kinematics of sea turtles and penguins to develop innovative hydrofoil propulsion systems for robotic platforms. Ding’s major contributions include the synthesis of biological swimming strategies into engineering designs, as seen in his highly cited 2025 review on biomimetic hydrofoil propulsion, which has garnered 7 citations for its comprehensive analysis of propulsive capabilities. He also led the design of a 1:1 scale penguin-like robot featuring effective flexible wings, detailed in his 2023 paper (3 citations), which demonstrates a practical application of streamlined body shells and active wing mechanisms to replicate real penguin agility. This work bridges biology and robotics, offering insights for underwater vehicle efficiency. Ding’s achievements highlight his role in advancing bio-inspired engineering, with his research serving as a foundation for students and researchers interested in merging animal locomotion with robotic design.