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Electrical Engineering & Computer Sciences
231 Cory Hall, 510-642-3214
With rapid growth in technology, electrical engineering now encompasses solid-state circuits, microwave electronics, quantum and optical electronics, bioelectronics, radiation and propagation, plasmas, power systems, control systems, communications and information theory, circuit theory, large-scale networks and systems, computer-aided design, microelectromechanical systems, digital signal processing, robotics and pattern recognition. The Computer Science and Engineering Program includes such topics as analysis of algorithms, artificial intelligence, complexity, theory of computation, computer architecture, computer graphics and geometrical modeling, database management systems, formal languages and automata theory, information theory, numerical analysis, parallel and scientific computation, performance analysis, programming languages and compilers, operating systems, robotics, computer vision, software engineering, and symbolic algebraic manipulation.
Electrical Engineering and Computer Sciences encompasses many areas that have a direct bearing on our everyday lives. Industrial end products such as computers, communication systems, and consumer electronics are visible evidence of the vitality and importance of these disciplines. Our society's increasing involvement in information processing is reflected in the subjects of study in the department. |