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Electrical and computer engineering fields focus on advancing and utilizing electrical and computing technologies to improve quality of life. Professionals in these areas work on diverse projects spanning: Space exploration and environmental monitoring, Industrial automation and control systems, Robotic, aerospace, and manufacturing automation, Energy production and sustainable power distribution, Multimedia and satellite communication networks, Computer-based signal and image processing, Next-generation microprocessor development, and Medical technology innovations like digital imaging, diagnostic systems, and remote surgical procedures. These applications demand strong mathematical and physics fundamentals, which form the core of electrical and computer engineering curricula. Modern engineers must also consider societal, ethical, economic, and environmental impacts when designing systems. Our undergraduate programs incorporate coursework and hands-on projects to develop this holistic perspective. The department's objectives align with the broader goals of the University and School of Engineering. Students have access to state-of-the-art labs for computation, simulation, and testing, plus specialized facilities for computer systems, control engineering, digital signal processing, visual computing, and power systems research.