Holding a Ph.D. in Electrical and Computer Engineering, this communications engineer has more than 25 years of experience in communications systems research and development involving RF and optical signaling technologies. His work focuses on channel coding, information theory, signal processing, and the analysis and simulation of communications system performance used in advanced communications and space-based systems. He has provided technical consultation and deposition testimony concerning communications engineering, signal processing methods, and communications system design.

His engineering work centers on the development and analysis of communications systems and coding techniques used in both RF and optical communications environments. Areas of specialization include channel coding theory, modulation methods, synchronization techniques, and software simulation of communications systems. His expertise includes the development and application of low-density parity-check codes and other error-correcting coding systems designed to improve data reliability and transmission efficiency in communications networks.

He supervises a communications research group responsible for developing channel coding and image compression technologies used in space communications systems. His work has contributed to the development of communications technologies implemented in optical space missions and other aerospace communications applications, including research related to algorithm development and the performance evaluation of communications systems.