Drawing from more than 30 years in petroleum engineering and reservoir-related research, he specializes in formation damage, petrophysics, natural gas engineering, hydraulic fracturing, and improved oil recovery. He earned a Doctor of Philosophy in Petroleum Engineering, a Master of Science in Chemical Engineering, and a Bachelor of Science in Chemical Engineering. He has also provided expert witness services for more than 25 years involving consultation and deposition testimony in petroleum engineering matters.

Throughout his career, he has conducted engineering and research work involving reservoir analysis, injection processes, fluid flow through porous media, and the interaction of chemical and geological factors influencing oil and gas recovery. His background includes technical evaluation of hydraulic fracturing operations, formation damage mechanisms, enhanced recovery methods, and production-related issues associated with petroleum hydrocarbons and natural gas systems. He also has specialized knowledge involving surface chemistry and colloidal behavior within oilfield and petrochemical environments.

His professional experience combines practical engineering analysis with long-term technical work involving petrophysics, porous media flow, injection technologies, and reservoir-related production challenges. His consulting and research activities have focused on understanding the engineering and chemical factors affecting hydrocarbon recovery, reservoir performance, and subsurface fluid behavior in oil and gas operations.