Supported by more than 40 years of experience in mechanical engineering, this mechanical engineering expert witness specializes in piping systems, pipe supports, pressure vessels, boilers, storage tanks, HVAC systems, vacuum and air handling systems, and structural and mechanical components utilized in industrial, utility, and power generation environments. Educational qualifications include Bachelor and Master of Science degrees in Mechanical Engineering together with professional engineering licensure in multiple states and National Professional Engineer status. The expert’s work encompasses design analysis, inspections, auditing, field engineering, failure analysis, corrosion and erosion investigations, seismic qualification, and performance enhancement of high-energy steam systems, buried piping, pressure piping, and mechanical infrastructure operating within power generation, chemical processing, manufacturing, water treatment, wastewater treatment, petrochemical, and industrial facilities. Additional technical experience includes evaluation of pressure vessels, water heaters, pumps, valves, compressors, blowers, structural steel systems, fire protection components, and mechanical equipment operating under ASME, ANSI, AWS, API, and NRC regulatory and engineering standards. The expert also analyzes disputes involving debris contamination in water systems, elevated pH conditions, hot water failures, pressure piping incidents, structural failures, welding issues, and equipment-related operational deficiencies associated with industrial and commercial facilities.

Extensive litigation and forensic engineering experience spanning more than 25 years includes consultations, expert reports, deposition testimony, courtroom testimony, and technical evaluations involving piping failures, pressure vessel disputes, asbestos exposure matters, utility rate cases, seismic design deficiencies, HVAC system failures, fire protection issues, structural steel integrity disputes, gas storage tank failures, plumbing failures, underground piping insulation failures, construction delays, code compliance issues, and product-related operational failures. The expert’s analyses have addressed pipe wall thinning caused by corrosion and erosion, high-pressure steam piping incidents involving severe injury and fatality claims, pressure vessel fabrication and transportation disputes, safety valve failures, utility project overruns associated with ASME regulatory changes, and design deficiencies involving high-rise plumbing and HVAC systems. Additional litigation-related work includes patent infringement matters, accident investigations involving gas storage systems and industrial equipment, welding-related fire losses, sprinkler system failures, freezing and water-loss incidents, and evaluations concerning piping systems, structural supports, and mechanical failures associated with power plants, nuclear facilities, refineries, manufacturing operations, and large-scale industrial infrastructure.

Recognized for extensive technical and regulatory engineering experience, this expert has performed Nuclear Regulatory Commission and Department of Energy quality assurance audits involving ANSI N45.2.11 compliance procedures and ASME Section III licensing requirements, including consulting work associated with wastewater treatment and nuclear facility operations. Earlier engineering responsibilities included leadership of research, development, and engineering activities involving qualification testing of hydraulic snubber systems designed for extended operational life as well as system design and analysis for naval nuclear submarine piping systems. The expert has additionally participated in regulatory and licensing proceedings involving public utility and nuclear facility matters, including testimony before Atomic Safety and Licensing Board hearings concerning nuclear power station operating licenses. Technical evaluations have further addressed NFPA-25 fire protection inspection compliance, ASME piping and pressure vessel requirements, ANSI engineering standards, AWS welding criteria, API standards, and NRC regulatory requirements governing industrial piping systems, structural supports, pressure vessels, and mechanical equipment.