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About

Shin Sen is a leading researcher in the development of long-reach, tendon-driven robotic manipulators for extreme environments, particularly nuclear decommissioning. His most impactful work centers on the "coupled tendon-driven 3D multi-joint manipulator," or 3D CT-Arm, a snake-like robotic arm designed to operate in hazardous spaces where human access is impossible, such as inside nuclear reactor containers. His 2014 paper on this system, which has garnered 41 citations, introduced a novel tendon-driven architecture that allows sensitive electronics to be safely housed at the arm's base, away from radiation. Sen’s subsequent research refined this design, investigating tension transfer efficiency, optimal reel arrangement, and tip positioning accuracy to enhance the arm’s performance and reliability. Beyond nuclear applications, Sen has also contributed to medical robotics, developing a femoral bone fracture model that simulates muscular contraction forces using pneumatic rubber actuators. This work aims to reduce the physical burden on orthopedic surgeons during fracture reduction by paving the way for robotic assistance. With a focus on solving real-world challenges in both industrial and medical fields, Sen’s research demonstrates a clear commitment to creating robotic systems that extend human capability into dangerous and physically demanding tasks.