Basic terms and principles of the automated control systems. Mathematical descriptions of continual linear and nonlinear systems. Evaluation of the management quality in stationary and transit regime. Analysis on the system stability using analytical methods. Concept of the system condition space. Selection and adjustment of parameters of industrial regulators: PID regulator. Elements of digital control systems. Introduction to computer (PLC) application in control. Automated elements in the robotized total station, characteristics, working modes and management. Automation of geodesic measurements and data transfer in the domain of precise agriculture. Automation of geodesic measurements and data transfer in the applications for construction machinery. Automation of geodesic measurements and data transfer in the applications for vehicle monitoring. Automation of geodesic measurements and data transfer in the applications for transport control at the airports. Introduction to SAR technology.