To acquire basic and applied practical and theoretical knowledge in the field of Engineering Geodesy and Spatial Data Collection. Acquiring basic and applied practical and theoretical knowledge in the field of designing and performing geodetic works in engineering.

It solve complex problems in the field of work, leads of complex projects. It analyzes and evaluates different concepts, models and principles of theory and practice in order to improve the field of Engineering Surveying and Control of the Geometry of Engineering Objects.

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).

Lectures. Exercises. Prerequisites: 30% of points should be provided through tests and obligatory tasks, during the teaching process. Examination: Knowledge evaluation: guided and individual elaboration of obligatory tasks; final examination – The written examination - theory and tasks 70%.