Description
ENGR 411. CONTROL SYSTEMS. A study of the design and analysis of feedback control systems using classical techniques. Topics include modeling of mechanical and electrical dynamic systems, a review of Laplace transform techniques, steady-state error, transient response, stability, root locus design methods, Bode analysis/stability margins, and Bode compensator design. Includes MATLAB/Simulink simulations and hands-on projects. Prerequisite: Electrical Engineering 201 or Engineering 216; Mechanical Engineering 316 or Electrical Engineering 321; and Engineering 274, Mathematics 214, or Mathematics 222. Fall semester only, three hours.