The study program includes issues related to civil engineering, geodesy and cartography, architecture and urban planning, computer science and geography. Students acquire knowledge and skills in the field of acquiring and processing remote sensing and photogrammetric geodata, which are used in Topographic Object Databases, Geographic Information Systems, River Information Systems (RIS) and to create Digital Terrain and Cover Models, orthophotomaps and information modeling. about buildings (BIM).
Graduates of the " Geodesy and Geoinformatics " field will be able to apply - after completing the required internship - for authorization to perform an independent function in the field of geodesy and cartography in the field of photogrammetry and remote sensing.
Graduates will be prepared, among others, to:
designing modern geoinformation systems;
development of applications in the following environments: Python, MATLAB, C++, etc.;
acquiring and processing imaging data from drones (BSP);
acquiring and processing image data from satellite systems;
obtaining and processing data in the form of point clouds from laser scanning systems;
building 3D models of cities and individual objects;
performing advanced spatial analyses.
A graduate of studies in Geodesy and Geoinformatics is prepared to work in geodetic enterprises and companies providing civil engineering services.