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About

Wheekuk Kim is a robotics and mechanical engineering researcher whose work spans two deeply interconnected domains: medical robotics and mobile robot kinematics. His most influential contributions lie in the development of image-guided and robot-assisted surgical systems for spinal fusion, where he helped design integrated platforms combining robotic arms, surgical planning software, and optical tracking to assist surgeons in precise pedicle screw insertion — work that earned him over 60 citations across two landmark papers from 2005 and 2006. Equally significant is his foundational research on kinematic modeling of mobile robots, where his repeatedly refined "transfer method of augmented generalized coordinates" established a unified framework applicable to diverse planar mobile robot configurations, accumulating citations across multiple publications. Kim further extended his expertise to parallel mechanisms, contributing kinematic analyses and design methodologies for 4-DOF parallel robots with Schönflies motions, and to omnidirectional mobile robots, addressing singularity analysis and motion planning challenges. His work on impact-based trajectory planning for kicking robots demonstrates additional versatility. Across more than a decade of research, Kim has built a cohesive body of work that meaningfully advances both surgical robotics and fundamental robot kinematics theory.