Ocean environment wind, tides, wave mechanics - Coastal processes surf-zone dynamics & coastal sediment transport - Wave & current forces on coastal structures - Port planning and technology - Functional design of coastal structures - Construction aspects of major coastal structures - breakwaters, seawalls, docking facilities, ocean outfalls and submarine pipelines - Field visits to local coastal protection projects.
Bachelor Degree in Construction and Building Engineering
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| content serial | Description |
|---|---|
| 1 | Week No.1: Introduction to coastal engineering environment and types of coastal structures. |
| 2 | Week No.2: Wind, tide, currents and surface wave hydrodynamics elementary and finite amplitude waves (1,2). |
| 3 | Week No.3: Wind, tide, currents and surface wave hydrodynamics elementary and finite amplitude waves (1,2). continue. |
| 4 | Week No.4: Wind generated waves prediction and forecast. |
| 5 | Week No.5: Modification of wave characteristics in shoaling waters and sea level changes. |
| 6 | Week No.6: Coastal processes and sediment transport (erosion & accretion). |
| 7 | Week No.7: Introduction to coastal zone management & sustainability of coastal projects. |
| 8 | Week No.8: Wind and wave-current hydrodynamic forces (1,2). |
| 9 | Week No.9: Wind and wave-current hydrodynamic forces (1,2). continue. |
| 10 | Week No.10: Introduction to port & harbor planning and offshore terminals. |
| 11 | Week No.11: Port and Harbor facilities breakwaters, piers and terminals etc. |
| 12 | Week No.12: Design and construction of breakwaters, seawalls and groins (rigid/ flexible) (1,2). |
| 13 | Week No.13: Design and construction of breakwaters, seawalls and groins (rigid/ flexible) (1,2). continue. |
| 14 | Week No.14: Marine construction: methods, materials and equipment. |
| 15 | Week No.15: Environmental effects on coastal zone management e.g.: Effects of sea level rise. |
| 16 | Week No.16:Final Exam. |
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