1- Flood zoning training in ArcGIS with HEC-GeoRAS.

2- Flood risk zoning using multi-criteria decision making system.

3- Flood risk zoning training in SWAT due to climate change.

4- Modeling the geopolitical hazards of catchments in ArcGIS for proper land management

5- Modeling runoff rainfall in Hec-Hms for flood estimation.

6- Basin modeling in SWAT to identify potential hazards.

7- Modeling of concrete dams (gravity, backwaters, arches, etc.) in ABAQUS for stability and dynamic analysis in earthquake and explosion conditions.

8- Modeling of catchment towers, types of overflows, reservoirs (ground and air) and in ABAQUS for stability and dynamic analysis in earthquake and explosion conditions.

9- Modeling surface water quality pollution in SWAT in critical basins.

10- Urban flood modeling in HEC-RAS.

1- Dam failure modeling in HEC-RAS.              

12- Modeling of various hydraulic structures in HEC-RAS to predict critical conditions.

13- Training in the production of natural and man-made zoning maps in ArcGIS.

14- Modeling changes in vegetation and land use in the occurrence of natural disasters in ENVI.

15- Analysis of spectral behavior of plants to study plant stress, drought, health, plant density, etc. in ENVI.

16- Forest fire monitoring to estimate the amount of damaged areas in ENVI.

17- Analysis of satellite sensor products in crisis management in ENVI.

18- Monitoring the role of natural phenomena in preventing natural crises in GIS.

19- Evaluation of water resources systems in critical situations in WEAP.

20- Hydrological modeling under the influence of climate change.

21- Training in designing pressurized irrigation systems in WaterGems, both drip and sprinkler in water crisis conditions.

22- Training in designing water transfer systems in WaterGems for water supply to desert areas

23- Designing sewage transfer systems in Sewer Gems for reuse of rainwater.

24- Modeling per capita water consumption allocation and its practical distribution in Water Gems.

25- Modeling water level fluctuations in GMS to investigate the amount of subsidence and subsidence.

26- Modeling of groundwater aquifer in GMS to study management scenarios in crisis situations.

27- Modeling groundwater quality pollution in GMS in critical aquifers.