Yue Sun

University of Michigan–Ann Arbor, Zhejiang Sci-Tech University

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About

Yue Sun is a robotics researcher whose work bridges mechanical fabrication techniques and biomimetic soft robotics. Sun's research spans two complementary domains: rapid prototyping methodologies for robot mechanisms and the development of biologically inspired soft actuator systems. In the area of fabrication, Sun contributed to the advancement of plate and reinforced flexure (PARF) techniques, an accessible and cost-effective method inspired by smart composite manufacturing processes used in landmark designs like VelociRoACH and RoboBee, extending these approaches to larger-scale robotic systems. This work, cited 16 times, has provided the robotics community with practical tools for accelerating prototype development. Sun's more recent contributions focus on soft robotics, particularly the design of multi-material pneumatic actuators that mimic the anatomical range of motion of human finger joints. Published in 2021 and already accumulating 11 citations, this work demonstrates Sun's ability to translate biomechanical principles into functional robotic components with real-world applications in assistive and rehabilitative technologies. Together, Sun's portfolio reflects a consistent commitment to making robotics more accessible, adaptable, and physiologically informed — valuable contributions for students and engineers working at the intersection of mechanical design and bioinspired systems.