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The fast-expanding Electrical Engineering graduate program is distinctively situated to propel foundational technologies that fuel groundbreaking innovations across nanotechnology, biotechnology, optical systems, information technologies, communications infrastructure, and sensor networks. Faculty in Electrical and Computer Engineering lead nationally supported initiatives in vital research domains including optoelectronic semiconductor devices, silicon-based photonic systems, optical data transmission, display technologies, microchip manufacturing, microelectromechanical systems (MEMS), biomedical engineering, wireless communication systems, network architecture, sensor development, digital signal processing, CDMA techniques, and space-time signal encoding. Electrical and Computer Engineering faculty maintain nationally funded programs in critical research areas such as compound semiconductor optoelectronic devices, silicon photonics, optical communications, displays, microelectronics fabrication, MEMS, bioengineering, wireless communications and networking, sensing, signal processing, code-division multiple access, and space-time coding.