Kee Chew Yee

Monash University, Monash University Malaysia

Papers

Total Citations

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About

Kee Chew Yee’s research centers on the intersection of biomechanics and robotics, with a primary focus on developing robot-assisted rehabilitation systems for stroke survivors. Her major contributions lie in the detailed kinematic and biomechanical analysis of the human upper limb and hand, specifically to inform the design of therapeutic robotic devices. In her highly cited 2009 work on human upper limb and arm kinematics, she modeled the complex motions of the glenohumeral joints—abduction-adduction, flexion-extension, and rotation—to create a framework for robot-based rehabilitation. This foundational study has garnered 13 citations. Complementing this, her bio-mechanical analysis of the human hand, also from 2009, dissects the natural biomechanical system of the upper limb to tailor rehabilitation training for stroke patients, earning 11 citations. By bridging engineering and clinical rehabilitation, Kee Chew Yee’s work provides essential blueprints for robotic systems that can restore movement and independence, making her a key contributor to assistive robotics and neurorehabilitation.