Specializing in materials science, failure analysis, and forensic engineering, this expert has more than 20 years of technical experience evaluating metallic, polymeric, and composite materials across a broad range of industrial and consumer applications. Their consulting work focuses on root cause investigations involving corrosion, stress cracking, weld failures, structural cracking and degradation, material defects, and equipment failures in industries including aerospace, oil and gas transmission, construction, maritime systems, consumer electronics, biomedical devices, heavy equipment, and water delivery infrastructure. The expert has also provided litigation support and expert witness services involving plumbing failures, HVAC systems, construction defects, structural integrity assessments, and product-related incidents.

Educational attainment includes a Doctor of Philosophy degree in Materials Science and Engineering, a Master of Science degree in Materials Science and Engineering, and a Bachelor of Science degree in Materials Science and Engineering with a minor in Mathematics. Professional credentials include licensure as a Professional Metallurgical Engineer in California. Academic recognition includes honors engineering society membership, graduate fellowship distinction, multiple research awards, and engineering scholarship awards related to metallurgy, materials science, and corrosion research.

Over the course of 9 years in professional forensic consulting, this expert has directed and managed investigations involving compressor failures, fire protection systems, freeze failures, aerospace weld quality analysis, structural steel cracking, marine corrosion, heavy machinery stress analysis, concrete degradation, polymer coating failures, hydraulic cylinder corrosion, food-grade tank deformation, and lead leaching in drinking water systems. Materials expertise includes CPVC, PEX, copper, stainless steel, cast iron, brass, ceramics, fiberglass composites, and specialty alloys used in industrial and structural applications. Investigative methodologies regularly employed include fractography, corrosion analysis, metallography, mechanical testing, finite element analysis, and condition assessment techniques.

Earlier technical work included advanced research into irradiation-assisted stress corrosion cracking in stainless steels used in nuclear reactor environments. This research led to the development of novel testing methods for evaluating crack initiation behavior in irradiated materials and contributed to peer-reviewed publications and conference proceedings in leading materials science and nuclear engineering forums. The expert has authored multiple scientific journal articles and technical presentations involving environmentally assisted cracking, corrosion mechanisms, irradiated stainless steels, fracture behavior, and materials characterization techniques.

Beyond consulting and research, this expert has taught corrosion engineering and introductory materials science courses at the university level, with instructional emphasis on corrosion prevention, material degradation mechanisms, and engineering design considerations for metallic and polymeric systems. Their expert witness experience includes consultations, depositions, and courtroom testimony involving materials failures, corrosion-related damage, industrial systems, and engineering defect investigations.