I. Information systems

• 1. Introduction. definition of information system (IS), basic concepts. Anthony's paradigm, IS history, IS types.
• 2. Theory of information, data, information, knowledge, evidence, wisdom. IS with territorial link, IS relation and GIS.
• 3. IS lifecycle, IS design methods (structured and object design), UML diagrams.
• 4. Security IS, motivation, basic concepts, methods, cryptographic algorithms, electronic signature, GDPR.
• 5. Transactional and analytical systems (OLTP, OLAP). Data warehouses and data markets. Issues of ITSM (Information Technology System Management).
• 6. Social aspects of IS. The notion of globalization, information and knowledge society.
• 7. Enterprise Resource Planning (ERP). Application of IS in state administration. ISKN, e-Government (system of 4 basic registers), GeoInfoStrategie.

II. Digital Cartography and GIS

• 8. GIS Analytical Tools, the issue of creating a digital cartographic work.
• 9. Cartographic modeling in vector data model environments.
• 10. Cartographic modeling methods in raster data model environment.
• 11. Classification of spatial data.
• 12. Optimization tasks in GIS environment, network analysis and optimal localization tasks.