Focusing his work on fluid mechanics and complex fluid behavior, he is a Ph.D.-level chemical engineer with more than 30 years of experience studying the dynamics of drops, bubbles, and jets. His expertise includes electrohydrodynamics, rheology, and interfacial phenomena, with applications in areas such as microfluidics, inkjet systems, and fluid-based processing technologies.

His research integrates computational modeling and experimental analysis, including finite element methods and ultra high-speed imaging to examine drop formation, breakup, and coalescence under varying physical conditions such as electric fields, viscosity, and surface tension. This work extends to emulsions, dispersions, and multiphase systems, with emphasis on understanding fluid behavior at small scales and in controlled environments.

In an academic setting, he has held senior faculty positions and contributed extensively to the field through publications, patented technologies, and editorial involvement. His work also includes applications in electroseparations and micro-scale manufacturing processes. He has more than 15 years of expert witness experience, providing consultation, deposition, and testimony in matters involving fluid dynamics, chemical engineering processes, and complex fluid systems. He holds a Doctor of Philosophy in Chemical Engineering, with research focused on the electrohydrodynamics of drops and bubbles, and a Bachelor of Science in Chemical Engineering, where his academic work included fluid mechanics and the kinetic theory of polymeric fluids.