A computer architecture and microprocessor design specialist, he has more than 30 years of experience developing processor architectures, chipsets, memory systems, and peripheral device controllers for major semiconductor and computing organizations. His expertise includes instruction set architecture, processor organization, microprocessor validation, digital design, computer performance evaluation, and high-performance processor modeling, with technical work involving 32-bit and 64-bit processor technologies, Pentium and Itanium architectures, scalable microsupercomputers, and PC chipset systems.

His engineering background includes leadership responsibilities involving processor architecture definition, technical strategy, product validation, and performance analysis for complex computing platforms. He has led multidisciplinary engineering teams developing microprocessors, graphics chipsets, cache architectures, memory management systems, and integrated computer technologies, while also contributing to processor simulation, operating system integration, peripheral interface controller design, and virtual core management technologies. His work further includes experience with DOS, Windows, and UNIX environments, as well as development of error-correcting code circuitry and semiconductor system architectures.

In intellectual property and litigation-related matters, he provides technical consulting involving semiconductor technologies, system-on-chip architectures, processor functionality, and computer hardware systems. His experience includes patent infringement analysis, claim evaluation, expert reports, deposition testimony, and federal court and ITC testimony involving microprocessors, CD-ROM controllers, memory systems, and semiconductor technologies. Complementing his consulting work, he has taught university-level courses in computer architecture and assembly language programming, participated in IEEE technical committees, authored numerous technical publications, and is a named inventor on multiple patents related to processor architecture, cache systems, debugging technologies, and multi-instruction-set computing. His academic background includes a Doctor of Philosophy in Electrical Engineering, a Master of Science in Electrical Engineering, and a Bachelor of Science in Electrical Engineering.