With a focus on fire protection engineering, this expert witness brings over 20 years of professional experience and more than 15 years providing expert witness support, including deposition and litigation consultation in matters involving fire protection systems, fire origin and cause, and related engineering failures. Their work includes evaluation of fire events, system performance, and code compliance, supported by application of NFPA standards, the International Building Code, and state-specific fire and building codes. Early career experience includes forensic investigation of metallic component failures for the Department of Defense, contributing to technical assessments of corrosion and material performance.

Their technical analysis spans several interrelated areas. Core areas include fire protection system design and evaluation, encompassing sprinkler and standpipe systems, plumbing systems, and integrated fire protection strategies across commercial, institutional, and industrial occupancies. Their work also addresses fire and explosion investigations, including fire cause and origin determinations, combustion and flammability analysis, and fire damage assessment. Additional experience includes corrosion engineering and piping system failure, including ultrasonic inspection techniques and evaluation of degradation in metallic systems. Their work further involves building code compliance and consulting, including application of NFPA codes, International Building Code provisions, and state regulations to assess deficiencies, construction defects, and code-related issues.

Their professional background reflects experience in fire protection system design, hazard evaluations, fire modeling, and coordination of multi-discipline construction projects. Their work has included interaction with building owners, contractors, engineers, and regulatory stakeholders in evaluation and implementation of fire protection measures. The expert has also contributed to fire protection engineering education and has presented at national conferences on topics such as fire protection systems, corrosion, and code compliance. Their qualifications include a Master of Science in Fire Protection Engineering, a Bachelor of Science in Mechanical Engineering, and a Bachelor of Science in Physics.

Professional credentials include licensure as a Professional Engineer, designation as a Certified Fire Protection Specialist, and Leadership in Energy and Environmental Design Accredited Professional credentials. Professional involvement includes participation in the National Fire Protection Association and the Society of Fire Protection Engineers, reflecting engagement with industry standards and fire protection engineering practices.