. Modern methods of geotechnical monitoring – overview, basic principles
2. Geotechnical risks and monitoring of geotechnical and underground structures
3. Warning conditions, their specifications and identification
4. Continuous monitoring of liner constructions using standard and advanced monitoring methods
5. Monitoring of surface movements using modern control monitoring systems (GPS, etc.)
6. Monitoring of hydrostatic and hydrodynamic effects of groundwater
7. Stress and strain monitoring in stabilizing structures (tunnel lining, retaining structures, etc.)
8. Monitoring of dynamic effects (transport, blasting, dynamic effects of construction machines, mine-induced seismicity)
9. Specifics, principles and methods of complex monitoring of natural slopes
10. Methods and principles of monitoring of anthropogenic slopes (filling, sprinkled, etc.)
11. Fundamentals of monitoring of large dumps
12. Methods of inverse (back) analysis
13. Back analysis based on direct optimization procedures
2. Geotechnical risks and monitoring of geotechnical and underground structures
3. Warning conditions, their specifications and identification
4. Continuous monitoring of liner constructions using standard and advanced monitoring methods
5. Monitoring of surface movements using modern control monitoring systems (GPS, etc.)
6. Monitoring of hydrostatic and hydrodynamic effects of groundwater
7. Stress and strain monitoring in stabilizing structures (tunnel lining, retaining structures, etc.)
8. Monitoring of dynamic effects (transport, blasting, dynamic effects of construction machines, mine-induced seismicity)
9. Specifics, principles and methods of complex monitoring of natural slopes
10. Methods and principles of monitoring of anthropogenic slopes (filling, sprinkled, etc.)
11. Fundamentals of monitoring of large dumps
12. Methods of inverse (back) analysis
13. Back analysis based on direct optimization procedures