Robert P. Naftel

Vanderbilt University, Neurological Surgery

Papers

Total Citations

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About

Robert P. Naftel is a leading researcher in the field of medical robotics, with a primary focus on the design and control of continuum robots for minimally invasive neurosurgery. His major contributions lie in advancing the mechatronic and algorithmic foundations of flexible robotic systems, enabling safer and more precise interventions in the confined, delicate spaces of the brain. Notably, his work on the mechatronic design of a two-arm concentric tube robot system for rigid neuroendoscopy (2020, 40 citations) addresses the critical challenge of instrument maneuverability at the tip of an endoscope, offering a path away from open surgical approaches. Naftel has also pioneered methods for encoding desired deformation profiles in soft robots (2024) by relaxing the assumption of uniform stiffness, and for optimizing tendon routing in continuum robots (2022) to achieve complex curves ideal for navigating obstacles. His research, which bridges mechanical design and clinical application, is highly timely for the future of minimally invasive brain surgery, and his growing citation record underscores his impact on the field.