Part 1 – Control System Design: Stability, Performance, Design Approaches Always ask the question: Why am I modeling? Modeling is part of the Engineering System Investigation Process which is the cornerstone of modern engineering practice. It is a procedure an engineer follows to thoroughly investigate, i.e., understand, predict, and experimentally verify, how a dynamic engineering system or device performs, no matter how simple or complex the system may be. It is an iterative process, as there is a hierarchy of physical models possible.
Part 2 – Modern PID Control System Design There are techniques and tools to predict model behavior – analytical and numerical - and they are complementary as they both contribute to gaining insight into the behavior of a dynamic physical system. The importance of modeling and analysis in the design process has never been more important, as design concepts can no longer be evaluated by the build-and-test approach.
Part 3 – Model-Based Control System Design An automotive application - the electromagnetic valve actuator - is discussed from a modeling and analysis point of view.
Mechatronics in action
Successful synergistic integration of controls, electronics, computers and mechanical systems is key to the 21st century design process. Unlock the secrets at the new Mechatronics Zone!
Webcast: Sensor Know-How Now
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