Drawing on more than 15 years of combined engineering and forensic experience, he is a licensed Professional Engineer and Diplomate of Forensic Engineering specializing in accident reconstruction, mechanical system analysis, and product failure investigation. His work focuses on determining causation in incidents involving passenger vehicles, commercial trucks, motorcycles, trains, pedestrians, and recreational equipment, with particular depth in vehicle dynamics, rollover behavior, and collision sequencing. He applies advanced methodologies such as three-dimensional simulation, photogrammetry, drone-based scene mapping, and data-driven modeling to reconstruct events using physical evidence including skid marks, vehicle damage, and roadway conditions.

His background also includes product development and mechanical design engineering, with experience in robotics, automation systems, and safety-critical equipment used in medical, laboratory, and industrial environments. This foundation supports his work in product liability matters, where he evaluates design defects, manufacturing failures, and patent-related issues involving both industrial machinery and consumer products. His analyses often involve identifying engineering deficiencies, assessing compliance with safety standards, and determining failure mechanisms contributing to incidents.

He has participated in legal matters as an expert, including depositions and trial testimony, with case experience involving accident reconstruction and engineering analysis. His work has supported both plaintiff and defense positions, though predominantly for defense engagements, and reflects a focused and growing body of litigation involvement in forensic engineering matters.