With more than 35 years of experience in aerospace systems and power-generation engineering, this expert applies structured failure analysis methodologies to aviation mishaps, gas turbine malfunctions, and component performance issues. His background includes over 20 years in gas turbine operations, manufacturing support, component design validation, and quality improvement initiatives. Areas of expertise include aviation operational mishap investigation and safety analysis, air traffic control facility management, commercial piloting and flight instruction, airframe and engine systems, and power-generation gas turbine engineering with specialization in combustion systems and Dry-Low-NOx (DLN) turbine tuning. He holds Bachelor of Science degrees in Mechanical Engineering and Professional Aeronautics and is a certified Six Sigma Green Belt with experience in ISO 9000 quality programs and structured failure analysis methodologies.

Professional experience includes service as an Aircraft Test Director for a military helicopter development program, overseeing pre-flight safety briefings, telemetry room management, and discipline-specific flight test procedures. He has served as a combustion turbine mechanical engineer for a major energy provider, conducting Failure Modes and Effects Analysis (FMEA), root cause investigations, combustion troubleshooting and tuning, and development of statistical tools for component failure prediction across a fleet of heavy-duty gas turbines. Prior roles include mechanical engineering positions involving FAA certification compliance, engineering design changes, and gas turbine failure investigations. His military service included aircraft mechanic and quality assurance responsibilities, senior air traffic control facility management supervising large teams of controllers, and investigation of aviation operational mishaps through regulatory research, radar data analysis, and technical reporting. He is a commercial pilot with over 1,200 flight hours as pilot in command and instrument ratings in single- and multi-engine aircraft. With prior expert witness experience, he is qualified to provide analysis regarding aviation operations, aircraft systems and engine performance, air traffic control procedures, regulatory compliance, gas turbine malfunction and contamination issues, and aerospace component and power generation turbine engineering matters.