The area of control will help you learn how to design devices (with underlying algorithms) that modulate the input of a system in order to produce the desired output response. In a practical embedded system, such a device is implemented on a digitalmixed-signal computational platform and is an integral part of the overall system that is typically electrical andor mechanical. Robotics is an important application area for control and embedded systems; they are widely used in industries ranging from manufacturing to pharmaceuticals; they enable safe operation of cars, airplanes and the power gridsystems, and they save lives through medical devices.

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Master of Science in Electrical and Computer Engineering - Control, Robotics, and Embedded Systems

At University of Illinois Chicago

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