Modeling and analysis of feedback control systems requires application of ordinary differential equations, transform methods, and complex analysis techniques. Engineering and science knowledge is required for systems modeling, covering classical mechanics and electromagnetic theory. Each of the laboratory experiments requires the students to execute all these tasks. Each experiment has a desired outcome that determines what components are needed and what measurements will provide the necessary information. The primary design project involves complete modeling of a system and design of a feedback controller in order to meet project goals.
Students define control system objectives for a hardware system.
Students determine the options for sensors, and the quantities that need to be sensed, for the control system to function as required. An ability to function on multi-disciplinary teams. The class is joint listed with Aeronautics and Astronautics. Usually a few mechanical engineering students take the class as well. All experiments are done by teams of AA, EE and ME students.