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About

Ryan Howard is a surgical researcher whose work spans two distinct but complementary domains: biomechanical engineering and minimally invasive abdominal surgery. Early in his career, Howard made foundational contributions to orthopedic biomechanics, developing robotic systems capable of reproducing in vivo joint motion to better understand knee mechanics and ligament loading — work that laid groundwork for improved osteoarthritis research and surgical interventions. Howard's more recent and prolific focus centers on ventral hernia repair, where he has emerged as a leading voice examining the rapid adoption of robotic-assisted surgical techniques. His most-cited paper (49 citations) critically evaluates long-term recurrence rates following robotic versus traditional hernia repair approaches, directly addressing a gap between technological enthusiasm and clinical evidence. Across multiple studies, he has investigated surgeon learning curves, practice variation, patient decision regret, and sex-based disparities in hernia treatment — collectively painting a nuanced, patient-centered picture of a rapidly evolving surgical landscape. Contributing to one of the only population-level hernia registries in the United States, Howard's research carries real-world policy implications. With over 140 cumulative citations and growing, his scholarship is shaping how surgeons, health systems, and quality improvement collaboratives approach one of the most commonly performed abdominal operations.