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About

Yufeng Ge is a pioneering researcher at the intersection of robotic surgery, orthopedic trauma, and computational biomechanics, with a specialized focus on one of medicine's most challenging clinical problems: displaced pelvic fractures. Working out of Beijing, China, Ge has emerged as a leading voice in applying robotic and autonomous technologies to traumatic orthopedics, a field historically reliant on surgeon skill and experience alone. His most influential contribution — a 2022 case report on robot-assisted autonomous pelvic fracture reduction, now cited 38 times — demonstrated for the first time that robotic systems could successfully navigate the extraordinary complexity of pelvic reduction procedures, which carry high mortality and morbidity risks. Building on this landmark work, Ge extended these techniques to geriatric patients with fragility fractures of the pelvis, addressing the compounding challenges of deteriorating bone quality and patient comorbidities in a single-center case series published in 2024. His most recent work integrates patient-specific musculoskeletal modeling into preoperative planning, reflecting a broader vision to reduce operative time, minimize complications, and support surgeons through intelligent computational tools. Together, Ge's body of work represents a transformative shift toward precision, data-driven robotic orthopedic surgery.