Zhiming Gong

Singapore Institute of Manufacturing Technology

Papers

Total Citations

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About

Zhiming Gong is a pioneer in intelligent robotic manufacturing, with a focus on adaptive automation for precision surface finishing. His research centers on developing self-compensating robotic systems for complex industrial tasks like grinding and polishing, particularly for high-value components such as turbine blades. Gong’s major contributions include the design of a closed-loop real-time robotic polishing system (RT-RPS) that integrates in-situ measurement, intelligent profile prediction, and robust path generation. This work enables autonomous correction of tool wear and workpiece variations, significantly enhancing consistency and reducing manual intervention. His 2005 paper on the self-compensating system has garnered 4 citations, while his earlier 2002 work on adaptive 3D profile grinding/polishing has 3 citations, reflecting foundational influence in automated finishing. Gong’s achievements lie in bridging real-time sensing with robotic control, advancing the reliability of manufacturing processes for aerospace and energy sectors. His systems exemplify how adaptive robotics can transform traditional manual polishing into precise, repeatable operations, marking him as a key contributor to intelligent manufacturing.