Integration of Water Resources Engineering with GIS & Simulation Models ( Part 1 )
This course presents integrated practical strategies and steps in solving water resources engineering issues by learning how to deal with specialized materials and programs in the field of water resources engineering, which include the following:
Weather Data - Soil type & Land use - Arc Swat - GSSHA model in WMS - SWAT Professional - Arc Hydro Tools - Extraction of Morphometric Characteristics
This comprehensive course starts with you from scratch to professionalism and does not require prior experience from you
This course not only provides useful information but also provides integrated strategies and practical steps in solving water resource engineering issues by learning how to deal with geographic information systems and simulation programs specialized in the field of water resources engineering. This course explains advanced methods in dealing with geographic information systems and programs of Simulation modeling in water resources engineering, and how to obtain and prepare all the requirements for completing these programs, thus providing everything new and advanced for specialists, researchers, and students, in the field of water resources and completing projects professionally through the use of computer programs for hydrological and hydraulic modeling. In addition, you will get the accessories that contain all documents, images, tools, and files used in explaining and solving issues within the course videos, in addition to the course certificate.
Integration of Water Resources Engineering with GIS & Simulation Models
Special offer
Integration of Water Resources Engineering with GIS & Simulation Models
6 Courses in one Diploma
The below bundle collects 6 courses in one comprehensive diploma and this diploma not only provides useful information but also provides integrated strategies and practical steps in solving water resource engineering issues
Click the bundle below to join now and get a discount and buy the diploma at the price 449$ only
Course Curriculum
- Introduction (10:29)
- Getting a Shapefile map of any country (16:32)
- Obtaining and preparing a land use map for any country or region from ESA (36:48)
- Obtaining and preparing a land use map for any country from DIVA GIS (18:41)
- Obtaining and preparing a Soil type map for any country by HWSD (39:35)
- Obtaining and preparing a Soil type map for any country or region by DSMW (23:19)
- A land use map for Multi country or region from ESA, Case 1a (27:09)
- A Soil type map for Multi country by HWSD, Case 1b (26:07)
- A land use map for Multi country from DIVA GIS, Case 2 (33:18)
- A Soil type map for Multi country by DSMW, Case 3 (15:27)
- Adding the SWAT US SSURGO Soils to soil map database of HWSD for any country (37:04)
- Adding the SWAT US SSURGO Soils to soil map database of DSMW for any country (39:46)
- Meaning of the numbers of land use maps taken from ESA and DIVA GIS (15:38)
- Adding some parameters to the soil type map database of DSMW (24:02)
- Adding the Classification Codes of USGS_LULC to Land use map database of ESA (22:19)
- Introduction (7:12)
- Some additions and settings before working on Arc swat (14:28)
- Weather Database of any country with UTM coordinates from Global Weather Database (38:12)
- Weather Database of Multi country with UTM coordinates from Global Weather Database (35:03)
- Working on Arc swat (Part 1) (16:41)
- Working on Arc swat (Part 2) (12:41)
- Working on Arc swat (Part 3) (15:52)
- Working on Arc swat (Part 4) (10:25)
- Introduction (9:26)
- Delineate Watershed of the GSSHA model in WMS (13:08)
- Define Land use and Soil Data of the GSSHA model in WMS (11:35)
- Hydrologic Computations of the GSSHA model in WMS (Part 1) (26:51)
- Hydrologic Computations of the GSSHA model in WMS (Part 2) (15:57)
- Define Precipitation of the GSSHA model in WMS (17:35)
- Run Hydrologic Model and Analysis the Results of the GSSHA model in WMS (17:05)
- Adding and Applying Precipitation Data of the GSSHA model in WMS (Case 1) (8:23)
- Adding and Applying Precipitation Data of the GSSHA model in WMS (Case 2) (18:58)
- Applying Precipitation Data of the GSSHA model in WMS (Case 3), with Conclusion (13:20)
- Introduction (9:42)
- Preparing the DEM and Shape file Map for the study area (12:24)
- SWAT Project Setup, Watershed Delineating, and Adding Reservoir in Arc swat (23:06)
- HRU Analysis, (Land Use-Soils-Slope) Definition in Arc swat (22:50)
- Write Input Tables and Edit SWAT Input of Reservoir in Arc swat (18:45)
- Run SWAT and Read SWAT Output in Arc swat (18:47)
- Examine and Prepare Discharge data for SWAT CUP (35:48)
- Using SWAT CUP to Calibrate SWAT model results (39:50)
- Rewriting the Calibrated Parameters to Arc swat (34:00)
- Introduction (5:23)
- Preparing the DEM and Shapefile Map for the study area (12:24)
- Set Dem map and Target locations for Hydro Config for Study area in Arc Hydro Tools (15:16)
- Some settings in Arc Hydro Tools (11:51)
- Definition of River Stream Order of the Basin Tributaries in Arc Hydro Tools (14:17)
- Working on Watershed Processing menu in Arc Hydro Tools (10:33)
- Determination the Site and Elevation for Inlet and Outlet of the Sub basins (10:53)
- Determination the Sub basins Lengths of the Study area in Arc Hydro Tools (12:38)
- Determination the Results of Calculating Quantitative Variables in Arc Hydro Tools (9:47)
- Introduction (6:20)
- Extraction of Formal characteristics (Part 1) (30:14)
- Extraction of Formal characteristics (Part 2) (25:27)
- Extraction of Topographic Characteristics (Part 1) (16:33)
- Extraction of Topographic Characteristics (Part 2) (29:29)
- Extraction of Hypsometric curve (Part 1) (27:01)
- Extraction of Hypsometric curve (Part 2) (25:21)
- Extraction of the water network (Part 1) (24:40)
- Extraction of the water network (Part 2) (18:52)
- Extraction Other Characteristic (19:35)
- Calculating the erosion using the Gavrilo Vic equation (Part 1) (22:40)
- Calculating the erosion using the Gavrilo Vic equation (Part 2) (31:14)
- Factor analysis (Part 1) (26:38)
- Factor analysis (Part 2) (50:31)
The lecturer and course preparer
Younis Ewaz
- Holds a master's degree in water resources engineering.
- Worked as a researcher and lecturer at the university.
- He has dozens of published research.
- Participated in many seminars and scientific conferences.
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He has more than 25 years of experience in the field of water resources engineering, hydrology, irrigation, geographic information systems (GIS), and simulation models.
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