An experienced firearms design engineer with more than 15 years of product development experience, he has led the design and commercialization of rifle platforms from initial concept through production launch. His work has focused on the design and development of modern sporting rifles, including AR-type platforms chambered in .22 LR, 5.56 NATO, and .308 WIN. He was the primary designer for the M&P-10 (.308 WIN) rifle platform, leading its design, development, and delivery to market. In matters involving alleged design defects, mechanism performance, component failure, or platform modifications, his technical analysis addresses receiver and bolt design, barrel integration, spring systems, stamped and machined components, forgings, metal injection molded parts, investment castings, and composite and injection-molded elements.

His technical background includes advanced CAD solid modeling, surfacing, and drafting using SolidWorks and CATIA V5, with prior experience in SDRC I-DEAS and Pro-E. He has generated detailed drawings and specifications, applied GD&T principles, designed and conducted development and qualification testing, evaluated accessories and line extensions for AR-type platforms, and supported the full product lifecycle from concept through market release. He holds a Bachelor of Science in Mechanical Engineering and a Bachelor of Arts in Philosophy. His credentials include firearms-specific certifications as a patrol rifle instructor and armorer for pistol, revolver, and M&P rifle systems. He is named on 6 awarded patents, including firearm-related utility patents, reflecting involvement in the development of proprietary firearm components and mechanisms.