Max Robotics — Global Service Robot Directory + US Certification

About

Ching-Shiow Tseng is a multidisciplinary researcher whose career spans robotics, medical imaging, additive manufacturing, and surgical systems engineering. Over nearly three decades, Tseng has made significant contributions to the development of intelligent systems that bridge computation and clinical medicine, establishing a distinctive research identity at the intersection of engineering and healthcare. Tseng's early work in genetic algorithm-based path planning for robotic workpieces (1996, 26 citations) laid a foundation for his later forays into surgical robotics. His image-guided robotic navigation system for neurosurgery (2000, 13 citations) demonstrated practical applications in treating Parkinson's disease and deep tumor biopsies, integrating CT imaging with real-time robotic precision. This trajectory continued with innovations in HIFU (High-Intensity Focused Ultrasound) ablation systems, where his team tackled clinically critical challenges such as respiration-induced tumor displacement compensation — work that has drawn meaningful attention from the medical robotics community. In tissue engineering, Tseng contributed to frozen-form additive manufacturing for producing biomedical scaffolds with complex porosity characteristics (2016, 16 citations), reflecting his versatility as an innovator. More recently, his development of C-arm robotic navigation for spine surgery signals continued relevance in a rapidly evolving field. Collectively, his publications demonstrate a sustained commitment to improving surgical precision and patient outcomes through engineering ingenuity.