The student should describe the characteristics of the central monitoring and control system at FESB. Special attention should be paid to the characteristics of sensors and actuators that can be monitored via CNUS in the context of controlling the lighting and heating, ventilation and air conditioning (HVAC) systems. In the practical part of the work, the programming of sensors/actuators should be described and the building parameterized for a given week should be set. In addition to the above, typical faults (alarms) detected by CNUS should be processed, as well as techniques for eliminating these faults. Furthermore, it is necessary to create weekly and monthly diagrams of air temperature and carbon dioxide concentration for given amphitheaters and use them to explain the parameterization of the building. In the remainder of the work, the CNUS should be simulated on the example of a family house by performing a series of process measurements that would be obtained with CNUS and, based on the results obtained, conclusions should be drawn regarding the condition of the house and the settings of the home’s thermotechnical systems.