Trevor Hackman

University of North Carolina at Chapel Hill

Papers

Total Citations

H-Index

About

Trevor Hackman is a pioneering surgeon-researcher at the intersection of pediatric otolaryngology and robotic surgery. His work focuses on developing and validating novel surgical techniques and training tools that enhance precision and safety in delicate head and neck procedures. Hackman’s major contributions include the creation of a 3D-printed transoral robotic surgery (TORS) simulator using artificial tissue—a critical innovation that addresses the scarcity of realistic, accessible training models for robotic head and neck surgery, a field where traditional virtual reality modules fall short. This work has been cited 3 times, establishing a foundation for future simulation-based education. More recently, Hackman has advanced the application of robotics in pediatric airway surgery, specifically for laryngeal cleft repair. His 2024 retrospective cohort study comparing robotic versus traditional (open or endoscopic) techniques demonstrated that robotic repair can achieve comparable or improved surgical and swallow outcomes in children. With 3 citations, this study is shaping a paradigm shift toward minimally invasive approaches in pediatric laryngology. Hackman’s dual focus on innovative simulation and clinical application marks him as a leader in translating engineering solutions into tangible surgical improvements for the youngest patients.