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Electrical and computer engineering fields focus on advancing and implementing electrical and computing innovations to improve quality of life. Professionals in these areas undertake diverse initiatives such as: Space research and environmental monitoring, Industrial automation and control mechanisms, Robotic and aerospace guidance systems, Energy production and sustainable resource management, Multimedia and satellite transmission networks, Computer-based signal and visual data processing, Next-generation microprocessor development, Medical technology applications including diagnostic imaging, computer-assisted healthcare, and remote surgical procedures. These technological implementations demand rigorous mathematical and physical knowledge, prompting extensive coursework in these subjects. Modern engineers must also consider worldwide societal, moral, financial, and ecological impacts when creating systems. Our undergraduate curriculum incorporates these considerations through specialized classes and hands-on projects. The department's objectives align with both the University and Engineering School's visions. State-of-the-art facilities for computational analysis, modeling, and testing are available, along with specialized labs for computer systems, automation, digital signal analysis, visual data handling, and energy systems coursework.