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About

Dr. Runjie Shen is a pioneering roboticist whose research bridges continuum robotics, bio-inspired locomotion, and soft actuation. His most influential work, an analytic method for the kinematics and dynamics of multiple-backbone continuum robots (173 citations), established a foundational framework that enables precise control of these flexible, snake-like manipulators for surgical and industrial applications. Expanding into bio-inspired design, Dr. Shen developed a wet adhesion climbing robot (80 citations) that mimics arthropod pads, enabling vertical wall scaling—a breakthrough for inspection and rescue robotics. He further advanced soft robotics with a multi-layered touch-pressure sensing ionogel (29 citations), integrating sensory feedback directly into soft actuators. His investigations into dielectric elastomers (27 citations) revealed how pre-stretch affects oscillation and stability, critical for durable soft robots. Dr. Shen’s work also extends to bipedal locomotion, where he introduced a hybrid CPG-ZMP algorithm for real-time walking pattern generation (18 citations) and strategies to mitigate ground contact impacts. Most recently, he unveiled “Flybbit,” a rabbit-inspired flying robot (2025), demonstrating his continued innovation in merging biological principles with robotic design. With over 330 total citations, Dr. Shen’s diverse contributions are shaping the future of adaptable, resilient robots.