Max Robotics — Global Service Robot Directory + US Certification

About

Muhammed Shamim Khan is a leading urological surgeon and researcher whose work sits at the intersection of surgical innovation, cost-effectiveness, and patient safety. His primary research areas include robotic surgery, surgical simulation, and preoperative risk assessment in urology. Khan’s seminal 2012 systematic review on the cost effectiveness of robotics in urological surgery (111 citations) remains a foundational reference, critically evaluating the financial burden of robotic platforms against their clinical benefits. He has also been instrumental in advancing surgical training, leading the validation study of the RobotiX Mentor simulator (64 citations), which established face, content, and construct validity for this virtual reality tool and proposed a structured curriculum for robotic surgery education. More recently, Khan has explored the use of wearable devices and cardiopulmonary exercise testing to predict major complications after radical cystectomy, pioneering non-invasive, low-cost methods for preoperative risk stratification. With a career dedicated to improving surgical outcomes and training standards, Khan’s work has shaped both clinical practice and the economics of modern urological surgery.