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About

Cong Bang Pham is a pioneering roboticist whose work bridges biological inspiration and mechanical precision, with a focus on cable-driven parallel manipulators and rehabilitation robotics. His research centers on kinematic design, workspace optimization, and biomimetic control, particularly for humanoid and medical applications. Pham’s most influential contribution is the kinematic design of a 7-DOF cable-driven humanoid arm, which employs a “solution-in-nature” approach to mimic the human arm’s shoulder, elbow, and wrist modules—a work cited 73 times for its innovative replication of natural movement. He further advanced the field by developing performance optimization methods for fully restrained cable-driven parallel manipulators, addressing the critical challenge of maintaining cable tension to expand usable workspaces (27 citations). In a notable application, Pham designed a biologically-inspired, anthropocentric shoulder joint rehabilitator—a wearable 7-DOF robotic arm for stroke recovery that integrates underdeterministic cable-driven mechanisms with human anatomy, demonstrating his commitment to translating theoretical insights into tangible therapeutic tools. His work has shaped the design of safer, more dexterous robotic systems, earning recognition for its blend of biomechanics and engineering.