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The swiftly expanding Electrical Engineering graduate program stands at the forefront of pioneering transformative technologies that propel breakthroughs in nanotechnology, biotechnology, photonics, information systems, and sensor networks. Faculty in Electrical and Computer Engineering lead nationally recognized research initiatives spanning optoelectronic semiconductors, silicon photonics, optical networking, display technologies, microchip manufacturing, MEMS, biomedical engineering, wireless systems, sensor technology, signal analysis, CDMA, and space-time encoding. Research endeavors encompass on-chip DNA diagnostics, cellular ion transport studies, nanoscale electronics, designed nanosystems, biomedical microdevices, UV semiconductor components, quantum dot infrared materials, silicon-based photonic systems, pliable organic displays, high-frequency wireless semiconductors, sensor integration, wireless protocols, and data security. Collaborative efforts unite experts from chemical engineering, materials science, physics, and engineering disciplines to advance nanoelectronics, photonic devices, and biomedical innovations.