To acquire basic and applied knowledge in the field of geodesy, geomatics and geoinformatics. To learn how to use CAD tools and special purpose tools for georeferencing and vectorization of cadastral maps.

Acquired knowledge is used in professional courses, as well as in the recognition and in solving the engineering problems using geoinformatics skills.

Modelling spatial entities, raster and vector models, modelling space geometry, modelling space topology, modelling space topography. Surface modelling. Decomposition of spatial elements. Data models. Data formats. Standard patterns and models in modelling and implementing geometry, topology and thematic content of spatial elements. Standardization in the field of geoinformation systems and technologies – OpenGis, ISO TC211. Algorithms for vector graphics. Algorithms for raster graphics. Digitalization. Vectorization. Georeferencing. Indexing spatial elements. Space transformation. Transformation algorithms. Multi-dimensional spaces and transformations. 3D space. 3D space modeling, DEM, DTM, TIN. Use of GIS i CAD tools.

Teaching forms: lectures, computer practice, consultations, individual elaboration of obligatory tasks. Knowledge evaluation: guided and individual elaboration of projects and final examination – oral form.