Taejung Kim
Papers
2
Total Citations
6
H-Index
2
About
Taejung Kim is a robotics researcher whose work focuses on improving the safety and efficiency of robotic systems, particularly in collaborative and industrial settings. His key research areas include robot mechanism design, counterbalance systems, and human-robot interaction safety. Kim’s major contributions include the development of a wall-mounted 3-DOF roll-pitch-pitch counterbalance mechanism, which reduces the reliance on high-capacity motors and harmonic drives, thereby lowering manufacturing costs and energy consumption in robotic arms. This work addresses a fundamental challenge in robotics: the significant torque required to support a robot’s own mass and payload. Additionally, Kim has advanced collaborative robot safety through an impact force minimization algorithm that uses an impact force prediction model to anticipate and mitigate collisions between robots and human workers. This is critical as collaborative robots increasingly share workspaces with humans. While his most-cited papers have garnered modest citation counts (4 and 2 citations respectively), they represent foundational steps in cost-effective robot design and human-safe automation. Kim’s research is particularly relevant for students and engineers interested in practical, safety-conscious robotics solutions for real-world manufacturing environments.
Research Focus
Key Achievements
Top Papers
- 1
- 2