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About

Giuliano A. Giacoppo is a robotics researcher focused on advancing minimally invasive medical procedures, particularly in gastrointestinal endoscopy and robot-assisted surgery. His work centers on developing novel sensing and actuation systems to enhance the autonomy and safety of robotic surgical tools. Giacoppo’s major contributions include designing a self-expanding nitinol wire basket that senses the contour of the large intestine, enabling a robot-aided endoscope to automatically navigate the curved pathway of the colon during colonoscopy. He also pioneered the use of twisted string actuators with position feedback for robotic endoscopy—a compact, lightweight, and low-cost mechanism that converts rotation into linear motion for precise tool control. Additionally, he developed an optical colon contour tracking system and a method for estimating gripping forces during robot-assisted surgery by analyzing motor current, eliminating the need for expensive force sensors. Though his most-cited papers each have 5 citations, their collective impact lies in laying foundational engineering solutions for next-generation, cost-effective robotic surgical systems. Giacoppo’s work represents a critical step toward safer, more accessible robot-aided diagnostics and therapy.