Namkug Ku
Papers
6
Total Citations
176
H-Index
5
About
Namkug Ku is a robotics and automation engineer whose research has made significant contributions to the field of intelligent robotic systems for shipbuilding and marine engineering. His work primarily focuses on the development of mobile welding robots, control system architecture, and collision avoidance technologies tailored to the complex structural environments found in modern shipyards. Ku's most influential contribution, "Development and Application of an Intelligent Welding Robot System for Shipbuilding" (2010), has garnered 95 citations, establishing him as a key figure in automating welding processes within the shipbuilding industry. Alongside this, his development of mobile welding robots specifically designed for double-hull structures demonstrates a practical, problem-driven approach to engineering challenges unique to marine manufacturing environments. His work on controller design and modularized embedded control architectures further reflects a comprehensive systems-level perspective, bridging hardware and software integration for real-world industrial deployment. More recently, Ku expanded his scope toward offshore drilling safety, exploring kinematic collision detection algorithms for anti-collision systems on drilling vessels. Across his career, with over 170 cumulative citations, Ku has meaningfully advanced the automation and safety standards of the shipbuilding and offshore industries, offering valuable insights for researchers pursuing intelligent robotics in complex industrial settings.
Research Focus
Key Achievements
Top Papers
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