Matthew Haywood

Charing Cross Hospital, Rochester Institute of Technology

Papers

Total Citations

H-Index

About

Matthew Haywood’s research bridges two seemingly disparate fields—reconstructive microsurgery and robotic engineering—united by a commitment to innovation and precision. In head and neck oncology, Haywood has made a significant contribution to the management of recurrent oropharyngeal cancer, particularly in patients with HPV-positive disease. His 2020 study, cited 15 times, demonstrated the feasibility of free flap reconstruction following salvage robotic-assisted resection, offering a viable surgical pathway for patients with limited options after primary chemoradiotherapy. This work addresses a critical clinical need as HPV-positive oropharyngeal cancer rates rise, and it has informed surgical protocols for complex salvage procedures. In parallel, Haywood explores the intersection of robotics and additive manufacturing. His 2017 paper on a novel 3D-printed leg design for a biped robot, though with fewer citations, showcases his ability to translate complex large-scale robotic leg mechanisms into smaller, reproducible, and easily fabricated prototypes. This work highlights his interest in democratizing advanced robotics through accessible design. Together, these contributions reveal a researcher who thrives at the boundaries of disciplines, applying engineering principles to surgical challenges and clinical insights to robotic design.