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Employing computational models to replicate processes and collect information, which is then utilized to enhance products or procedures more affordably than physical execution. This approach has accelerated advancements in viral testing, transformed urban flood studies, and introduced novel pandemic solutions. We're reshaping routine activities, modernizing conventional frameworks, and elevating quality of life. The Department of Electrical Engineering and Computing Systems provides a Doctor of Philosophy program in Electrical Engineering and Computer Science and Engineering.
The graduate research setting delivers outstanding opportunities to engage in stimulating, complex initiatives. Financial support originates from federal and state research organizations including NSF, NIH, NASA, Army Research Office, Wright Patterson Air Force Base, Office of Naval Research, and Ohio Department of Transportation. Our cutting-edge research and instructional infrastructure features 32 faculty members along with specialized laboratories equipped with advanced technology spanning hardware/software systems, artificial intelligence, neural networks, image processing, electronic design automation, MEMS, microsensors, millimeter wave and photonic technologies, nanoelectronics, and optoelectronics.