Lectures content: • Application of geodesy in various technical fields (construction, urbanism, architecture, mechanical engineering, energy, mining, etc.). • Types and classification of engineering facilities (roads, tunnels, railways, bridges, dams, line structures, buildings, etc.). • Legal regulations and technical conditions. • Geodetic works during the construction of engineering facilities. • Geodetic networks in engineering. • Geodetic maps for the design of engineering facilities. Geodetic setting-out of the geometry of the projected object. • Control of object geometry during construction • The surveying of built objects. • Control of object geometry during exploitation. • Construction tolerances and accuracy of geodetic works. • Design of geodetic works in engineering. • Projected task. • Geodetic engineering project in engineering. • Realization of the project of geodetic works. • Study on the realization of the project of geodetic works. • Surface, pre-calculation, cost price and standardization of geodetic works in engineering. • Modern measuring devices for performing geodetic works in engineering. • Circular curve, transit (clotoid and cubic parabola), complex S curve. Vertical curve. Analytical elaboration of object geometry. • The surveying of special engineering objects. • Practise content: Practical application, in lectures, presented concepts. Analytical elaboration of the project, various examples of calculating of projected coordinates of the object. Calculation of the main elements of a transitional, circular, complex and vertical curve. Calculating elements of geodetic setting-out. Calculating of cubature.