Mastering theoretical and practical basis of the system control science.

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

Basic concepts and principles of the automatic control system. Mathematical description of continuous linear and non-linear systems. Quality management assessment in the stationary and transient regime. Analysis of the system stability by analytical methods. Geometric place of the root. Analysis and synthesis of the system in the frequency domain: Nyguist stability criterion, over measures of stability, Bode methods. The concept of system space state. Selection and setting parameters of industrial controllers: PID controllers, Elements of digital control systems. Introduction to the computer application in control.

Lectures; Computing, Laboratory, Computer and Computer-Laboratory Practice; Consultations. A part of the course which represents a logical whole can be passed in the form of colloquiums. The colloquium and examination and oral and written. Both parts are taken in the written form. The course grade is formed based on the success at the colloquium, computer-laboratory practice and written and oral part of the examination.