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The Biomedical Imaging, Sensing, and Genomic Signal Processing team unites professors from diverse fields to concentrate on capturing and interpreting biomedical images and signals, processing genomic data, and developing nano/micro systems for biological and medical uses. Foundational courses equip students with knowledge in medical imaging technology, image processing techniques, genomic signal analysis, and biosensor development, supplemented by specialized electives. Dedicated labs support research in magnetic resonance imaging, ultrasound technology, genomic signal processing, and integrated micro/nano/bio systems.
The electrical engineering graduate program delivers top-tier education among public institutions. Students gain expertise through extensive graduate coursework tailored to their research focus, with a wide array of specialization choices. Our faculty engages in cutting-edge research and interdisciplinary collaboration, while maintaining personalized guidance. Despite the program's scale, each student receives customized support from their faculty advisory committee to craft a study plan that fulfills degree requirements while aligning with their academic aspirations and career objectives.