Physicist and engineering consultant with more than 20 years of experience in electromagnetics, nanoparticle materials, and materials characterization, this expert provides expert witness services involving nondestructive evaluation, electromagnetic sensing technologies, and materials characterization. He has over 5 years of expert witness experience and applies technical analysis to disputes concerning sensor performance, materials testing, electromagnetic measurement systems, and nondestructive evaluation methodologies.

His work in electromagnetics includes eddy-current, pulsed eddy-current, and magnetic nondestructive evaluation, as well as the development of electrical and magnetic sensors. He has conducted research on characterization of thin layers and surface treatments using high-frequency electromagnetic techniques, electromagnetic profiling of steels, and assessment of residual stress in ferromagnetic materials. Additional expertise includes nanoparticle materials deposition techniques, high-density and conformal interconnects, miniature and embedded sensors, antennas and electronics, and semiconductor-related applications. His technical background also includes analog and digital circuit design, PCB and schematic CAD, prototyping, and data acquisition programming using FORTRAN, C, C++, MATLAB, and LabView.

He previously served as president of a company specializing in industrial measurement systems for heavy manufacturing applications, as well as design consulting in nondestructive evaluation and industrial sensing technologies. He has held research appointments associated with NSF Industry/University programs and federally funded research involving the Air Force, FAA, and NASA. His academic background includes a Doctor of Philosophy in Physics, with dissertation research focused on transient eddy currents for characterization of thin layers and surface treatments, and a Bachelor of Science with honors in Engineering Physics.

He is the named inventor on a United States patent related to electromagnetic sensing technology and has authored peer-reviewed publications in the field of nondestructive evaluation. This combination of research leadership, sensor development, industrial measurement design, and expert witness experience supports objective analysis in matters involving electromagnetic inspection systems, materials performance, and advanced sensing technologies.