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This degree program is designed for students seeking to expand their expertise in ECE. MS candidates can choose from three study paths: 1) coursework-only: complete ten post-bachelor's courses and pass a comprehensive exam, 2) project track: take nine courses and complete a faculty-mentored project, or 3) thesis option: enroll in eight courses while conducting original research under faculty guidance. The thesis route is ideal for those pursuing specialized research, requiring students to investigate a specific ECE field, produce a scholarly thesis, and successfully defend it. ECE faculty collaborate with university research hubs including the Applied Research Center, Frank Reidy Center for Bioelectrics, and Virginia Modeling Center. Regional partnerships extend to NASA Langley, Jefferson Lab, and the National Institute of Aerospace, providing exceptional research opportunities. The program combines rigorous coursework with hands-on research to develop future engineering leaders for industry, government, and academia. It balances theoretical foundations with practical applications through faculty expertise and access to specialized department laboratories and regional research facilities. Active faculty research initiatives offer graduate students valuable experience and potential funding. Department research spans multiple cutting-edge areas including plasma technology, cybersecurity, microelectronics, medical imaging, power systems, photovoltaics, and vision technologies.