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About

Aidin Eslam Pour is an orthopedic researcher whose work sits at the intersection of computer-assisted surgery and total hip arthroplasty (THA), with a particular focus on improving postoperative outcomes through advanced preoperative planning. His research leverages sophisticated 3D modeling and simulation software to investigate the biomechanical factors that influence implant stability, range of motion, and impingement risk following hip replacement surgery. Among his most notable contributions, Eslam Pour has challenged conventional preoperative protocols by demonstrating that simulating a broader range of daily living movements — beyond the standard standing and sitting positions — yields more clinically relevant planning data. His work has also yielded counterintuitive findings, such as showing that certain offset restoration strategies can paradoxically reduce range of motion, and that hip abduction alone may serve as a sufficient posterior precaution strategy in large femoral head implants. These insights have direct implications for surgical decision-making in high-risk patient populations. With his most-cited work accumulating citations across publications from 2023 to 2024, Eslam Pour is an emerging voice in computational orthopedic surgery, offering the field increasingly precise, evidence-based tools to optimize implant positioning and patient outcomes.