Fayez Alruwaili
Papers
7
Total Citations
75
H-Index
5
About
Fayez Alruwaili is a pioneering researcher in surgical robotics and orthopedic engineering, with a primary focus on developing advanced robotic systems for long-bone fracture surgery. He is best known as the lead architect of **Robossis**, an innovative 6-degree-of-freedom parallel robotic platform designed to assist surgeons in precisely aligning femur fractures — a procedure historically complicated by muscular forces exceeding 500 N and high rates of surgical error. Alruwaili's work spans the full engineering lifecycle, from mechanical design and trajectory optimization to optical tracking integration and cadaver validation. His most cited publication (29 citations) introduced and validated Robossis through a rigorous cadaver study, establishing a strong clinical foundation for the technology. Subsequent papers refined the system's force generation capabilities, automation, and image-guided spatial detection, collectively accumulating over 75 citations across his portfolio. Beyond hardware development, Alruwaili has broadened his impact through a systematic review and meta-analysis examining how extended reality technologies improve robot-assisted surgical training — reflecting his commitment to the full spectrum of surgical innovation. His body of work positions him as a significant emerging voice in the convergence of medical robotics, orthopedic surgery, and surgical education.
Research Focus
Key Achievements
Top Papers
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