Students learn about theoretical and practical bases of science of system control

The acquired knowledge can be used in solving practical engineering problems and forms a basis for future engineering subjects

Basic concepts and principles of the automatic control systems . Mathematical description of continuous linear and nonlinear systems. Rating the quality of governance in the stationary and transient regime. Stability analysis of systems analysis methods. The concept of the state space of the system. Selection and setup parameters of industrial controllers: PID controller. Introduction to digital control systems, the basic characteristics of industrial control devices. Applications for automated geodetic surveying: the management of machine elements and working in agriculture, transport and construction, motion control robotic total station.

Llectures, calculation, laboratory and computer-laboratory practice. Consultation. Test and the written part of the examination shall be in written form part of the final exam is oral. Exam score is based on the success of the tests, and the final written exam.