Yuchul Lim
Papers
2
Total Citations
46
H-Index
2
About
Yuchul Lim is a leading researcher in semiconductor manufacturing automation, with a primary focus on the scheduling and control of cluster tools—the robotic systems central to modern wafer fabrication. His work addresses critical challenges in advanced semiconductor processes, particularly as circuit widths shrink below 20 nanometers, where even minor wafer delays within processing chambers can cause quality degradation. Lim’s key contributions include developing adaptive scheduling strategies that accommodate wafer delay constraints and process time variations, ensuring both productivity and yield in high-precision fabrication. His 2019 paper on adaptive scheduling has garnered 24 citations, while his 2018 work introducing a new class of interference-free sequences for tight wafer delay constraints has earned 22 citations. These studies provide foundational solutions for managing wafer residency times and robot coordination in cluster tools, directly impacting the efficiency and reliability of semiconductor fabs. Lim’s research is highly relevant for engineers and researchers working on real-time control systems, scheduling algorithms, and the next generation of nanoscale manufacturing processes.
Research Focus
Key Achievements
Top Papers
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