Mastering theoretical and practical basics of system control, modeling and simulation.

Acquired knowledge can be used in solving specific engineering problems, and also present a basis for further attendance of professional courses.

System modeling, Mathematical models, Application of Laplace transformation; Transmission function; Modeling in space state; State space analysis; Features and system performance; Stability analysis; Algebraic criteria; System control, PID controllers; Introduction to automatic control digital systems; Simulation systems and simulation languages (Matlab/Simulink); Computer simulation: models and analysis;

Examination is written and oral. Written part of the examination is eliminatory. Course grade is formed based on the success in homework assignments, laboratory and computer practice, written and oral part of the examination.