Drawing on approximately 20 years of experience in forensic biomechanics, this expert focuses on analyzing human movement, injury causation, and the effects of external forces on the body in personal injury and product-related matters. His work includes consultation, deposition, and testimony in cases involving slip and falls, motor vehicle collisions, construction and industrial incidents, and product failures, with application of biomechanical principles to assess injury mechanisms and consistency with reported events.

Alongside his forensic work, he brings a substantial background in bioengineering and product development, with experience designing, testing, and manufacturing products ranging from medical devices to mechanical and consumer systems. His work has involved prototype development, human factors evaluation, regulatory considerations, and failure analysis, supported by hands-on engineering experience across industries such as healthcare, aerospace, and consumer products.

His educational background includes a Master of Science in Bioengineering, a Bachelor of Science in Exercise and Sports Science with a concentration in Biomechanics, and an Associate of Science in Mechanical Engineering Technology. He also completed doctoral coursework in Bioengineering, providing additional advanced training in the field.