Rada Chuengpichanwanich

Papers

Total Citations

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About

Rada Chuengpichanwanich is a robotics researcher whose work bridges rehabilitation engineering and legged locomotion, with a focus on stiffness control and energy-efficient design. Her most cited paper (22 citations) introduces a novel method for modulating joint stiffness to achieve Cartesian stiffness control in a 2-DOF planar robotic arm, a significant contribution to upper-limb rehabilitation robotics that enables more precise and adaptive impedance control. In parallel, her research on bipedal robots addresses the fundamental challenge of walking stability with minimal actuation. Her paper on optimal five-bar leg design (11 citations) demonstrates a pathway to energy-efficient bipedal locomotion, while her work on leg kinematics for stable walking (4 citations) tackles the core stability issues inherent in two-legged systems. By combining theoretical kinematics with practical design optimization, Chuengpichanwanich is making measurable contributions to both assistive medical robotics and autonomous legged systems—fields where compliance, efficiency, and stability are paramount. Her growing citation record reflects the relevance of her work to researchers developing next-generation rehabilitation devices and agile bipedal robots.