Papers
1
Total Citations
7
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1
About
Noh Yu Kim is a researcher specializing in precision robotics and vibration control, with a particular focus on semiconductor manufacturing equipment. Their seminal work, "Diagnosis and Reduction of Robot Arm Vibration for 12-Inch Wafer Spin Scrubber" (2004), which has garnered 7 citations, addresses a critical challenge in the fabrication of advanced microchips: minimizing mechanical oscillations in robotic arms used for wafer handling. By systematically diagnosing the sources of vibration—often stemming from structural resonances or dynamic coupling—and proposing targeted reduction strategies, Kim’s research directly improves the reliability and throughput of 12-inch wafer spin scrubbers. This contribution is essential for maintaining the stringent cleanliness and precision required in modern semiconductor fabs, where even micron-level disturbances can compromise yield. Though their citation count is modest, the work’s practical impact is significant, offering foundational insights for engineers designing high-precision automation systems. Kim’s research underscores the intersection of mechanical engineering and semiconductor technology, providing a valuable reference for students and professionals seeking to enhance robotic performance in cleanroom environments.
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