Automatic Control (ME 366)

Introduction to Control Systems; Mathematical modeling of dynamic systems; The Laplace transform; Solving linear time-invariant differential equations; Transfer functions, Block of open and closed loop systems; diagrams and Signal flow representation; Response of second order system; Stability (Routh's-Hurwitz stability Transient response specifications criterion- Nyquist); Root locus, Root locus analysis; P, PD, PI and PID controllers; Frequency response analysis, Bode plots; Term project

Course Materials