Traditional control systems courses are based on the mathematical and signal science framework developed in the mid twentieth century. The standard undergraduate course is based largely on characterizing and analyzing system dynamics through differential equations and Laplace transform-based transfer functions. Modern control systems are complex combination of such models and analysis, and system-level considerations from computer control. Often we call such computer control techniques mechatronics and at most institutions, mechatronic design focuses on the embedded programming aspect disassociated from system dynamics.
In the upcoming webinar on June 10, we will present some novel initiatives of Quanser, in collaboration with leading universities, to unify conventional, classic control with systems-oriented mechatronic design.
Join us to discuss best ways to revitalize the undergraduate control systems lab experience.
Register today!
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