Cartography is a science that deals with the study of the methodology of modeling the transposition of spatial-temporal content from spherical positions to space-nomogramic scale model - on a spherical surface (glob) and on the mathematical level (plan, map) in order to explore and understand  space and its state and changes: objects, phenomena and processes.

Application of the knowledge acquired about Cartography in geography classes.

Theoretical lectures

The concept of projections; Indicatrix deformation; Projection split; Azimuth projections - perspective and non-perspective; Cylindrical projections - genuine, pseudo-cylindrical, polycylindrical; Loxodrome and orthodrome; Conic projections - real, pseudo-conical and polyconic; Polyhedrical projection; Conventional projections; Division of maps and their marking; Map frame; Geographical elements of map (landform), hydrography, infrastructure and roads, settlements, borders and names; Name transcription; Cartographic signs; Digital cartography.

Practical lectures

Cartographic signs; Topographic signs; Scale and scale bar; Cartographic projections; Coordinate systems; Coordinate networks; Geographical coordinate system; Rectangular coordinate system; Polar Coordinate System; GPS; Angles of inclination; Landform profiles; Compass; Distribution of tickets to the sheets; Digital cards.

Lješević M., Živković D.: Kartografija, Geografski fakultet Univerziteta u Beogradu, Beograd, 2001.;

Peterca M. i grupa autora: Kartografija, Vojnogeografski institut, Beograd, 1974.;

Milovanović V.: Opšta kartografija, Građevinski fakultet, Beograd, 1986.