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The Department of Electrical and Computer Engineering provides comprehensive academic programs covering virtually every facet of contemporary electrical and computer engineering. These span from abstract system and information theory to hands-on experimental research in cutting-edge device development and microelectronics. Key focus areas within the discipline include solid-state physics, surface phenomena, thin film technology, sputtering processes, noise analysis, quantum electronics, plasma physics, automation technologies, power system dynamics, electromagnetic wave propagation, communication systems, optical engineering, laser technology, fiber optics, magnetic materials, semiconductor physics, VLSI/WSI design principles, network analysis, signal/image processing techniques, and computer systems engineering. Students can also pursue interdisciplinary studies in bioelectrical engineering, control systems, computer science, renewable energy solutions, systems theory applications for urban infrastructure and economic development, as well as computational biological modeling.