Watershed hydrology and hydraulic measurements - Principles of hydrologic modeling for surface water - Introduction to ground water engineering - Design of erodible and non-erodible channels open channels - Flow characterization of lakes & reservoirs and its design engineering - Design and construction aspects of water resources structures - Dams and ancillary water supply structures -Flood-damage mitigation and storm water control structures - Planning of water resources projects and introduction to water resources management - Field visits to water resources projects and laboratory facilities.
Bachelor Degree in Construction and Building Engineering
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| content serial | Description |
|---|---|
| 1 | Week No.1: Fields and management challenges of water resources (quality and quantity) for the municipal, industrial and agricultural sectors. |
| 2 | Week No.2: Watershed descriptive hydrology and measurements. |
| 3 | Week No.3: Quantitative hydrology and principles of sustainability. |
| 4 | Week No.4: Quantitative surface water hydrology. |
| 5 | Week No.5: Groundwater hydrology, and principles of sustainability. |
| 6 | Week No.6: Groundwater engineering. |
| 7 | Week No.7: Flow regimes in natural & open channel streams and sediment transport. |
| 8 | Week No.8: Design of water supply open channels uniform flow. |
| 9 | Week No.9: Design of water supply open channels: non-uniform flow. |
| 10 | Week No.10: Reservoirs and lakes. |
| 11 | Week No.11: Hydraulic structures for water resources management. |
| 12 | Week No.12: Hydraulic structures. |
| 13 | Week No.13: Flood-damage mitigation structures and storm-water management. |
| 14 | Week No.14: Sustainability of water resources management and effects of global climate change. |
| 15 | Week No.15: Case studies of water resources development and water quality management. |
| 16 | Week No.16: Final Exam. |
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