Grounded in wood chemistry and forest products engineering, he brings more than 40 years of experience spanning research, product development, and plant operations within major chemical and wood products organizations. His work centers on wood preservation technologies, including the formulation and performance of biocides and fire retardants, along with the evaluation of treatment processes, adhesives, and material behavior in structural applications such as building systems and utility poles.

Across his career, he has conducted standardized testing, failure analysis, and performance assessments to evaluate durability, combustion behavior, and long-term material integrity. His responsibilities have also included development of quality control systems, interpretation of code and regulatory requirements, and contributions to industry standards through active participation in technical committees focused on fire testing and wood protection.

In leadership and consulting roles, he has directed research and product initiatives and later led an independent consulting practice advising on materials performance, product liability, and compliance issues. His work is supported by numerous publications and patented technologies in wood preservation systems. He has more than 20 years of expert witness experience, providing consultation, deposition, and testimony in matters involving materials science, fire-related performance, and code compliance.

His educational background includes a Bachelor of Science degree in Chemistry, a Ph.D. in Wood Chemistry, and postdoctoral research training in Chemistry. This academic foundation supports his expertise in wood preservation, material performance, fire-retardant technologies, and the chemical and physical behavior of wood-based products.