Shushan Li

Beijing University of Chemical Technology

Papers

Total Citations

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About

Shushan Li is at the forefront of soft robotics, with a primary focus on developing safe, flexible, and energy-efficient robotic systems for human-robot collaboration. Their most significant contribution to date is the pioneering design of a soft mimic robotic arm powered by dielectric elastomer actuators (DEAs), published in 2024. This work directly addresses the critical need for lightweight, high-energy-density actuators that can replace rigid, power-hungry components in collaborative robots. By harnessing the unique properties of DEAs—their high energy density and inherent compliance—Li has demonstrated a path toward robotic arms that are not only safer for human interaction but also more energy-efficient. Although this landmark paper has already garnered 27 citations in a short time, signaling strong interest from the soft robotics community, Li’s work represents a foundational step in making compliant, bio-inspired actuation practical for real-world HRC applications. Their research is poised to influence the next generation of assistive and industrial robots, where flexibility and safety are paramount.