Soo Ho Kim

Papers

Total Citations

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About

Soo Ho Kim is a robotics researcher whose work centers on the development of intelligent robotic systems capable of adaptive, human-like interaction with their environment. His research focuses on active compliant motion control, a sophisticated area of robotics engineering concerned with enabling robots to dynamically adjust the forces they exert during contact tasks — a critical capability for applications requiring precision and sensitivity. Kim's most recognized contribution, "Active Compliant Motion Control for Grinding Robot" (2008), addresses the challenging problem of automating grinding and surface finishing operations, tasks traditionally requiring skilled human operators due to their need for nuanced force regulation. By developing control strategies that allow robots to compliantly respond to variable surface conditions, Kim's work advances the reliability and practical deployment of industrial robotic systems in manufacturing environments. While his citation profile remains in its early stages, with his noted work accumulating 3 citations, Kim's research tackles a genuinely difficult and consequential problem in robot-human-environment interaction. Students and engineers interested in force control, industrial automation, and compliant robotic manipulation will find his contributions a useful entry point into this specialized and technically demanding field.