More than 40 years of work in computer engineering underpin this expert’s specialization in computer system design and computer architecture, with particular expertise in power optimization tools, VLSI circuits and systems, system clocking, clocked storage elements, logic design, machine organization, low-power design, computer arithmetic, microprocessor design, design for testability, fault-tolerant computer systems, and cryptographic processor design. His experience includes the development and evaluation of advanced computer hardware technologies, processor architectures, integrated circuit design, and low-power computing methodologies. He also has more than 15 years of expert witness experience providing consultation, deposition, and court testimony.

His professional background includes senior academic and research appointments in computer engineering and electrical and computer engineering, where he has led research programs involving computer architecture, VLSI system design, low-power computing, processor optimization, arithmetic circuit design, and fault-tolerant computing. His work has included the development of hardware design methodologies, power optimization techniques, integrated circuit architectures, computer system modeling, engineering research, graduate-level instruction, and collaboration with government agencies and industry on advanced computing technologies. His experience also includes leadership in government-funded research programs, supervision of students, researchers, and engineers, publication of technical research, and the development of engineering tools for computer system design.

In addition to his academic and research experience, he has contributed to the field through extensive peer-reviewed publications, technical presentations, editorial service, and leadership within professional engineering organizations. His qualifications are further supported by a Doctor of Philosophy in Computer Science, along with longstanding involvement in professional societies dedicated to computer engineering, electrical engineering, and computing research.