Bringing over 15 years of experience in materials and metallurgical engineering, this expert focuses on forensic failure analysis, fractography, and advanced materials characterization. His work involves identifying root causes of failures in metals, polymers, and engineered components across industries such as aerospace, defense, biomedical devices, and petrochemical systems. He applies laboratory-based investigative techniques, including scanning electron microscopy, energy dispersive spectroscopy, x-ray fluorescence, and metallographic evaluation, to analyze fatigue, corrosion, fracture mechanisms, and manufacturing defects. His expertise also includes extensive analysis of firearms and ammunition systems, including design evaluation, performance testing, and failure investigations related to product defects and incident analysis.

His academic training includes a Doctor of Philosophy in materials engineering and science, along with a master’s degree in the same discipline and a bachelor’s degree in chemical engineering. He also holds a graduate-level certification in explosives engineering and is a licensed professional engineer, supporting his technical expertise in high-performance, defense-related, and safety-critical systems.

Throughout his career, he has contributed to forensic investigations involving firearms, industrial machinery, automotive components, and medical devices, including matters related to product failure and injury causation. His experience includes participation in complex litigation support, including multidistrict litigation involving orthopedic implants and analysis of medical device failures. He has evaluated manufacturing processes such as heat treatment, additive manufacturing, powder metallurgy, and thermal spray coatings, while also developing material specifications and testing protocols. He is an active member of ASTM International, contributing to standards related to consumer products, and has prior expert witness experience including consultations and depositions.