Steele Okamoto

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About

Steele Okamoto is a leading figure in surgical robotics, specializing in the design and development of compact, teleoperated systems for minimally invasive procedures. His primary research focuses on advancing laparoendoscopic single-site (LESS) surgery, where he has made pivotal contributions to overcoming the limitations of bulky, expensive robotic platforms. Okamoto’s work emphasizes creating sterilizable, immersible, and portable robotic systems that enhance a surgeon’s dexterity and control in confined anatomical spaces. His most cited paper, "Compact teleoperated laparoendoscopic single‐site robotic surgical system: Kinematics, control, and operation" (2017, 10 citations), details a novel system that addresses the angular motion constraints of earlier designs, while his foundational 2012 study on modular system design (8 citations) established a framework for autoclave-compatible, portable robotics. Building on the University of Hawaii’s compact laparoscopic platform, Okamoto’s innovations have directly improved the feasibility and safety of single-port surgeries, reducing patient trauma and recovery times. His work is widely recognized for bridging the gap between clinical needs and engineering practicality, making him a key contributor to the next generation of accessible, high-performance surgical robots.