Specializing in automotive occupant restraint systems engineering, this Ph.D. engineer with 45 years of experience evaluates seat belt system performance, design practices, and failure mechanisms affecting occupant safety in vehicle accidents. The expert holds a Ph.D. in Engineering, a Master of Science in Engineering, and a Bachelor of Science in Engineering, and has completed additional study in crash reconstruction and biomechanics of impact trauma. The expert conducts engineering and analytical evaluations of automotive occupant restraint systems, focusing on how seat belt systems and related components influence occupant kinematics during accidents, including evaluation of compliance with Federal Motor Vehicle Safety Standards (FMVSS). Since 1987, the expert has served as a mechanical engineer specializing in occupant safety at an engineering consulting practice, providing forensic engineering analysis and engineering design services related to restraint technologies. Earlier industry roles included engineering management and product development positions with a manufacturer of automotive restraint systems, where responsibilities included research, development, and engineering management of seat belt systems and components such as retractors, buckles, inertia sensors, webbing, energy absorbers, belt tighteners, passive restraints, child restraint systems, seat recliners, and inertia seat latches. Technical work has also included dynamic sled testing and computer-based simulations used to evaluate restraint system performance and its influence on occupant motion and injury risk, and the expert holds numerous patents related to seat belt and restraint system technologies, along with technical publications addressing restraint system design.