Surgical Robotics Expert Witnesses

North Grafton, Massachusetts

Engineering, Medical Devices - surgical robotics, medical robotics, robotics, rehabilitation, simulation, design, strategy, marketing, endoluminal, orthopedic, artificial intelligence, AI

Dr. Moiz Khan is a senior robotics and artificial intelligence expert with deep experience at the intersection of advanced engineering systems, AI enabled physical technologies, and real world deployment. He currently serves as Head of Market Development, where he leads strategy and technical engagement across robotics, autonomy, embedded systems, and AI driven manufacturing, working closely with industry, academia, and government stakeholders. Dr. Khan holds a PhD in Mechanical Engineering with a focus on medical and rehabilitation robotics from Columbia University and completed postdoctoral training at Harvard Medical School in surgical robotics, where he developed minimally invasive surgical systems and algorithms. His academic background spans robotics, control systems, perception, simulation, and human machine interaction, with applied experience across healthcare, autonomous systems, industrial automation, and embedded AI platforms. He has published numerous papers in leading...

New York , New York

Aviation & Aerospace, Artificial Intelligence - UAS, unmanned aircraft, autonomous systems, eVTOL, airworthiness, FAA certification, Surgical Robotics, Industrial Robotics, Safety Case Analysis, FMEA, flight test, Airfield Safety, hazard analysis, drone, Medical Device Safety, Product Liability, aviation safety, software safety, ADAS Failure Analysis, Insurance Coverage Disputes

When a case turns on whether an autonomous or safety-critical system was properly designed, verified, or certified, I provide the independent technical judgment attorneys need to establish or challenge that standard. I evaluate whether systems were reasonably built and validated for their intended environment : reviewing hazard analyses, safety cases, certification evidence, and the engineering decisions that determined whether a system was ready for real-world deployment. My opinions are grounded in direct program accountability across Lockheed Martin F-35 flight test, Northrop Grumman systems engineering, Boeing AI and autonomy architecture, and Anduril autonomous UAS operations — programs where getting these decisions wrong had real consequences. Available for litigation support, expert report preparation, deposition, and trial testimony in matters involving: Aviation and aerospace system failures, certification disputes, airfield safety, and airline operational negligence. Au...