Holding a Ph.D. in Electrical Engineering and licensure as a Professional Engineer, this expert brings more than 30 years of experience centered on microelectronics, semiconductor devices, and circuit design, with additional work in biomedical engineering applications. His background includes semiconductor processing, integrated circuit fabrication, and device modeling across materials such as GaAs, silicon, and advanced thin films, along with hands-on involvement in transistor and diode development, simulation, and characterization.

His academic career includes long-standing faculty and leadership roles at major universities, including directing a microelectronics research and development laboratory equipped with advanced fabrication and characterization systems such as photolithography, plasma deposition, and electron microscopy. His research has also extended into biomedical instrumentation and sensor technologies, including ballistocardiography systems, wireless diagnostic devices, MEMS-based sensors, and nanotechnology applications for medical monitoring and diagnostics.

In addition to research and teaching, he has been retained in select expert witness engagements involving electrical and electronic device failures, providing analysis of system performance, component reliability, and product-related issues. His work in these matters draws on extensive experience in semiconductor fabrication, circuit behavior, and sensor systems across both academic and applied engineering environments.