A Ph.D.-level engineer with more than 30 years of experience in mechanical engineering and product development focuses on the design, analysis, and failure evaluation of mechanical systems, particularly fasteners, latching mechanisms, and structural components. His work spans industries ranging from consumer products to aerospace, including the development of aircraft latching systems and fastening technologies used in commercial airframes, as well as expertise in structural analysis, nonlinear finite element modeling, and material behavior under load.

He has held leadership roles in engineering and research, directing new product development and contributing to widely adopted technologies, including fastening systems for composite airframes and secure aircraft cockpit mechanisms. He has also been extensively involved in litigation consulting, with experience across hundreds of matters involving product liability, personal injury, and intellectual property disputes, including analysis of failures in products such as pressure cookers, wheelchairs, ladders, vehicle components, and industrial equipment.

He also has provided expert analysis in numerous patent-related cases involving mechanical designs, fastening systems, and locking mechanisms. His background is supported by a Ph.D. in Civil Engineering with a focus on structural mechanics, licensure as a Professional Engineer, and a substantial record of patented innovations and technical publications.