To acquire basic and applied knowledge in the field of Geodesy, Geomatics, and Geoinformatics. To acquire general and applied knowledge in the field of Engineering Geodesy.

Acquired knowledge is used in professional courses, as well as in the recognition and in solving the engineering problems. Practical application of the presented concepts.

Application of geodesy in numerous technical fields (civil engineering, urban planning, architecture, mechanical engineering, power engineering, mining, etc.) Types and classifications of engineering structures (roads, tunnels, railroads, bridges, dams, line structures, buildings, etc.) Legal regulations and technical conditions Geodesic works during the construction of engineering structures Geodesic networks in engineering Geodesic basis for designing engineering structures Geodesic marking of the designed structure geometry Controlling the structure geometry during construction Monitoring the completed structure Controlling the structure geometry during exploitation Construction tolerance and accuracy of geodesic works Designing geodesic works in engineering The design for geodesic works in engineering Realization of the geodesic works design Surveying, billing, costs and norms for geodesic works in engineering

Lectures. Seminar papers. Consultations. Study and research. Prerequisites: 50% of points should be provided through subject project, during the teaching process. Examination: final examination – oral form 50%.