Stanley Chang

Papers

Total Citations

157

H-Index

About

Stanley Chang is a pioneering figure in the field of micro-surgical robotics, with a primary focus on ophthalmic and intraocular surgery. His major contributions lie in the design, kinematic modeling, and performance evaluation of multi-arm robotic systems for manipulating delicate, hollow suspended organs, such as the eye. Chang’s work addresses the extreme dexterity and precision required for procedures like vitreous surgery, where traditional human limitations pose significant risks. His most cited paper (82 citations) introduces a novel hybrid two-armed micro-surgical slave robot with intraocular dexterity devices, providing a unified kinematic framework to overcome spatial constraints. A second highly influential work (75 citations) extends this framework to evaluate the performance of multiple robotic arms operating on hollow organs, directly applied to his two-armed hybrid system. These contributions have established foundational metrics for robot-assisted micro-surgery, enabling safer and more effective interventions in confined anatomical spaces. Chang’s research is notable for bridging theoretical modeling with practical surgical challenges, making him a key innovator in advancing robotic precision for ophthalmology and beyond.