He is a chemical engineer serving as an expert witness in chemical engineering and polymer processing has more than 35 years of professional experience in polymer materials, rheology, and composite processing. The expert has more than 30 years of experience providing expert witness services in matters involving polymer processing, polymeric material behavior, and rheological properties, including consultation, deposition testimony, and courtroom testimony. Their work addresses technical questions related to polymer processing methods, material performance, and the interaction of flow, heat transfer, and material structure in polymer manufacturing processes. Professional credentials include licensure as a Professional Engineer. Educational preparation includes a Doctor of Philosophy in Chemical Engineering and earlier degrees in engineering and science. The expert has also contributed to the professional literature through authorship of research publications and technical works addressing polymer rheology, polymer processing, and composite materials engineering.

Professional work in chemical engineering focuses on polymer processing design and simulation, composite materials processing, and the analysis of polymeric material properties. Areas of technical work include extrusion, injection molding, film blowing, blow molding, and fiber spinning, along with evaluation of fluid instabilities and fracture phenomena during polymer processing. Additional expertise includes application of rheology and heat transfer principles to polymer processing and other non-Newtonian fluid systems, as well as analysis of polymer liquid crystals, suspension rheology, and the effects of flow on polymer order and morphology. These areas involve examination of process conditions affecting material structure, processability, and product performance in polymer manufacturing environments. The expert has held academic and research leadership roles in chemical engineering, including service as Professor of Chemical Engineering and department leadership responsibilities involving curriculum development and research program oversight in polymer engineering and rheology. Their work has involved supervision of graduate research related to polymer processing and material characterization, as well as development of theoretical and applied models addressing polymer flow behavior and material processing conditions.