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The Electrical Engineering department explores these key disciplines: optical and solid-state technologies, covering quantum electronics and photonics, integrated electro-optical and acoustic systems, semiconductor device and material engineering, analog and mixed-signal integrated circuits, microwave technologies and components, and acoustic microscopy imaging. The program also emphasizes systems engineering and signal processing, encompassing communication theory, computer vision, digital signal processing, power electronics, neural computing, telecommunication networks, systems design, and control theory. Network communication subjects are further examined through the Networked Systems graduate programs. The EECS Department pursues two primary missions: educating tomorrow's innovators through exceptional academic programs and driving technological progress to address industry demands. Our professors maintain that engineering serves as a cornerstone for societal advancement, pioneering innovations that enhance human welfare and elevate living standards.