Dong Il Kim

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About

Dong Il Kim is a robotics and automation engineer whose research has made meaningful contributions to industrial robot control and precision manufacturing systems. His work spans motion control algorithms and the mechanical design of large-scale transfer robots, with a particular focus on the specialized demands of LCD panel manufacturing. Kim's 1991 paper on software-based linear and exponential acceleration/deceleration methods addressed a foundational challenge in coordinating smooth, efficient motion for industrial robots and CNC machine tools — work that remains relevant to programmable motion systems. His later research shifted toward the demanding world of flat-panel display manufacturing, where he tackled the engineering complexities of handling increasingly large LCD glass substrates. His contributions to the 7th generation LCD Transfer Robot demonstrated his ability to improve path accuracy for transporting massive 1870×2200mm glass panels, directly impacting cassette stacking efficiency in high-precision production environments. His 2008 dynamic load analysis study further refined design methodology for these systems. With a combined citation record reflecting steady influence across more than two decades, Kim's work bridges theoretical motion control and applied industrial robotics in a niche but critically important manufacturing domain.