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About

Philip J. Swaney is a pioneering researcher in medical robotics, specializing in the design and clinical application of continuum robots and minimally invasive surgical systems. His work has fundamentally advanced the field of surgical robotics by developing needle-sized, flexible robotic tools capable of navigating complex anatomical environments that rigid instruments cannot reach. Swaney's most celebrated contribution involves applying concentric tube continuum robots to endonasal skull base surgery, where his telerobotic systems enable surgeons to deliver multiple tentacle-like instruments through a single nostril with unprecedented dexterity — work that has accumulated nearly 300 citations. He has extended this expertise to equally challenging domains, including intracerebral hemorrhage evacuation (123 citations) and transoral lung access for cancer diagnosis (58 citations), demonstrating remarkable breadth in translating robotic innovation into life-saving clinical contexts. A recurring theme in Swaney's research is miniaturization without compromise: his needle-sized wrist designs, validated through rigorous kinematic and mechanical modeling, have reshaped expectations for instrument capability in arthroscopy and otolaryngology. His contributions to workspace characterization and autonomous obstacle avoidance during teleoperation further underscore his commitment to making surgical robots not just capable, but genuinely safe and clinically practical. With over 960 cumulative citations, Swaney stands as an influential voice in next-generation minimally invasive surgery.