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The fast-expanding Electrical Engineering graduate program is exceptionally well-placed to propel transformative technologies that fuel groundbreaking innovations across nanotechnology, biotechnology, optical systems, information technologies, and sensor networks. Faculty in Electrical and Computer Engineering lead nationally supported initiatives in vital research domains including optoelectronic semiconductor devices, silicon photonics, optical communication systems, display technologies, microelectronics manufacturing, MEMS, biomedical engineering, wireless communication networks, sensor technology, signal processing, CDMA, and space-time coding techniques. Research endeavors encompass on-chip DNA analysis, biological ion-channel transport studies, nanoelectronic systems, designed nanostructures, biomedical microsystems, UV semiconductor devices with wide bandgaps, quantum dot infrared materials, silicon-based photonic systems, flexible organic displays, high-frequency wireless communication devices, sensor integration techniques, wireless access protocols, and cryptographic systems. Collaborative interdisciplinary work connects with researchers in chemical engineering, materials science, physics, and engineering, focusing on nanoelectronics, optoelectronic systems, and biomedical engineering applications.