Theory teaching
Introduction. Definition of SIS, basic concepts and its role in GIS. SIS in mining. Content of SIS of the mine with surface and underground exploitation. Formation of SIS of the mine with surface exploitation. Collecting and processing data for the establishment of the SIS. Formation of alphanumeric and graphic database. Formation of SIS and GIS tools in support of the SIS. Formation of SIS of the mine with underground exploitation. Collecting and processing data for the establishment of the SIS. Formation of alphanumeric and graphic database. Formation of SIS and GIS tools in support of the SIS. Thematic documentation in the SIS. The thematic content of the SIS of the mine with surface and underground exploitation. Use of SIS. Basic concepts related to creating, arranging, handling, searching, analyzing, displaying and placing in the SIS. SIS in other systems. Implementation and regulation of SIS in other information systems, performing various analyzes with SIS data and data in external databases. Use of SIS in surface exploitation. SIS in the design of mines with surface exploitation, management of exploitation, closure of mines, recultivation, revitalization. Use of SIS in underground exploitation. SIS in designing mines with underground exploitation, management of exploitation, mine closure, recultivation, revitalization. Spatial models. A spatial model as the carrier of information, spatial search and interpretation. Recording changes in the state of the space and updating. Presentation of SIS data. Presentation media, presentation preparation, customization of SIS data for different needs.

Practical teaching
Formation of alphanumerical and graphical database of mine with surface exploitation. Formation of an alphanumerical and graphical database of the mine with underground exploitation. Formation of SIS of the mine with surface exploitation with the appropriate GIS tool. Formation of SIS of the mine with underground exploitation with the appropriate GIS tool. Search SIS according to the given criteria. Upgrade and update the database. Presentation of open pit mine and underground mine data.

1. Kukrika M., 2000.: Geografski informacioni sistemi, Geografski fakultet, Beograd
2. Tutić D., Vučetić N., Lapaine M., 2001.: Uvod u GIS, Geodetski fakultet, Zagreb
3. Langran G.,1992.: Time in Geographic Information Systems, Taylor & Francis.
4. Maguire, D. J., Goodchild, M. F., Rhind, D. W. (urednici, 1991): Geographical Information Systems, Vol. 1-2, Longmann, Harlow.
5. Stephen M Ervin , 2002.: Designing with Maps: Integrating GIS and CAD