Yisong Tan

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About

Yisong Tan is a robotics researcher whose work bridges biomechanics and intelligent automation, with a focus on energy-efficient exoskeletons and medical robotics. His most influential contribution, "Harvesting the negative work of an active exoskeleton robot to extend its operating duration" (2021, 26 citations), introduces a novel approach to prolonging battery life by capturing energy from the user’s braking or deceleration phases—a concept that could transform the practicality of wearable assistive devices. This work demonstrates Tan’s ability to address real-world constraints in robotics, such as power limitations, through clever mechanical design. In parallel, his earlier paper "An intelligent dental robot" (2018, 12 citations) showcases his versatility, presenting a fully integrated system for artificial denture testing. This robot features five Maxon motors, along with intelligent control, sensing, and support subsystems, enabling precise, automated verification of dental prosthetics. By combining energy harvesting with clinical application, Tan’s research not only advances exoskeleton sustainability but also brings robotic precision to healthcare. His work is a compelling example of how robotics can solve practical problems—from extending device runtime to improving dental care—making him a notable figure in both assistive and medical robotics.