Lecture content: • Modern methods of data collection and processing in engineering geodesy (precision tachymetry, satellite positioning, surveying of underground objects, batimetry, laser scanning, unmanned aerial vehicles). • The designing of local geodetic networks (preliminary estimate of accuracy and reliability analysis). Geodetic setting-out with control. • Control of the geometry of designing objects (hypothesis testing). • Calculation of accuracy of setting-out of points of engineering objects • Application of engineering geodesy in the design and construction of tunnels, bridges, dams, urban infrastructure, space planning and ecology projects. • The basic concept of deformation measurements. • Application of GIS in Engineering. Practice content: Practical application of presented concepts from lectures. Control geometry designed objects. Realisation of project (elaborate).