Training and Staff Development
Delft3D Model Training
- Hydrodynamic and morphodynamic modeling of rivers and coastal systems.
- Simulation and prediction of sediment transport and bed level changes.
- Long-term morphological forecasting under different flow scenarios.
- Assessment of engineering interventions (intakes, marinas, bridges, dredging works).
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Surface Water Modeling System (SMS) Training
- Application of SMS for two-dimensional hydrodynamic simulations.
- Simulation of water levels, flow velocities, and hydraulic parameters.
- River morphology analysis including erosion, deposition, and sediment transport.
- Mesh generation, boundary condition setup, and calibration procedures.
- Integration of field survey data and GIS outputs into numerical models.
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Field Surveying and Hydraulic Measurements
- Conduct baseline hydrographic surveys along the Nile River.
- Perform bathymetric mapping and cross-sectional profiling using ADCP.
- Use high-precision GPS for accurate georeferencing and spatial control.
- Measure river discharge using velocity–area methods and ADCP technology.
- Analyze velocity distribution and hydraulic flow characteristics.
- Process, validate, and integrate field data into hydrodynamic and morphodynamic models.
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Water Weed Management in Lakes Kyoga and Albert, Uganda
Water Management in Fish Farms
Supporting the Participation of Water Users in the Maintenance of Branch Canals
Raising Awareness about the Dangers of Aquatic Weeds and Guiding how to control them
Biological Resistance to Aquatic Weeds
Designing Stable and Lining Waterways
Planning and Designing Irrigation and Drainage Networks
