Yuanjing Li

Papers

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About

Yuanjing Li is a rising innovator in the field of soft robotics, with a focused expertise in wearable robotic systems and advanced actuator design. Their research bridges the critical gap between high-compliance fluidic soft robots and the portability of tendon-driven systems. Li’s most-cited work, “3D-printed passive bellow actuator for portable soft wearable robots” (2024, 7 citations), introduces a novel actuator that combines the compliance of fluid-driven systems with the compactness and controllability of cable-driven designs. This contribution addresses a fundamental challenge in soft wearable robotics: achieving both high portability and adaptive compliance during active human-robot interaction. By leveraging 3D printing for passive bellow structures, Li’s work enables more practical, user-friendly wearable robots for rehabilitation and assistance. Though early in their career, Li’s research demonstrates significant potential to shape the future of portable soft robotics, with their actuator design offering a scalable solution for real-world wearable applications. Their work stands out for its elegant integration of mechanical compliance with system miniaturization.