Chung-Te Wu

Papers

Total Citations

H-Index

About

Chung-Te Wu is a pioneering researcher in the field of automated manufacturing, with a primary focus on the robotic assembly of printed circuit boards (PCBs). His work addresses critical challenges in production efficiency, particularly through the optimization of component feeder locations and insertion sequences to minimize assembly time. Wu’s most cited paper, “Robotic assembly of printed circuit boards with component feeder location consideration” (1996, 22 citations), provides foundational insights into process planning for single-robot systems, directly impacting industrial automation practices. Expanding on this, his study “A two-robot printed circuit board assembly system” (1995, 14 citations) explores the complexities of multi-robot coordination, introducing strategies for simultaneous and sequential task allocation to reduce cycle times. These contributions are notable for bridging theoretical optimization with practical manufacturing constraints, such as fixed tables and magazines. Wu’s work has been instrumental in advancing PCB assembly efficiency, earning recognition among researchers and engineers in robotics and production systems. His research remains a key reference for those seeking to improve throughput in automated electronics manufacturing.