Provides an educational discipline for Baccalaureate:

• Geoinformatics

The concept of geo-informatics. Basics of digital cartography. Spatial Data Models. Transactions converting data representations and spatial analysis. Methods and means for obtaining spatial information.

• Geographic Information systems

  Introduction to Geographic Information Systems. Visualization of the spatial data. Spatial analysis of GIS data. GIS software. The use of geographic information systems.

• Geoinformation technologies

Two-dimensional geofield. Methods of visual representation geofields. The task of restoring geofield. Task geofield editing. Methods for three-dimensional visualization of spatial data. Three-dimensional multi-parameter model. Methods of analysis of three-dimensional multi-parameter models. Examples of technology solutions applications using GIS.

Provides an educational discipline for the Magistracy:

• Theoretical geoinformatics

  The concept of geo-informatics. Basics of digital cartography. Spatial Data Models. Transactions converting data representations and spatial analysis. Methods and means for obtaining spatial information.

• System integration

  Introduction to system integration. System integration as a project activity. system integration processes. Complex IT solutions.