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His specialized area is water resources engineering. The major area in the undergraduate was civil engineering, 1989. A Master of Science in water resources engineering and PhD are in water resources engineering and lecturer for many substances (under and postgraduates) related to Hydrology, Hydraulics, Fluid Mechanics, Drainage and Irrigation Systems, and many more. The fields of interest are in the hydraulic/hydrology simulation research, artificial neural network in hydrology and sedimentation, and many more. Lecturer at University of Kufa- Faculty of Engineering. He is working in the Hydraulic Structures and Water Resources Engineering Department since 1989.

Research Interests

1. Artificial neural network in Engineering Hydrology

2. Statistical Methods in Flood and drought

3. Finding solutions that face us in fluid mechanics and hydraulic Machines

4. Drainage and Irrigation Systems

5. Evaluation of different methods of sediment transport /sediment yield equations

6. Modeling and Simulations of Hydrology, Fluid and Hydraulic Systems using MATLAB ® and Simulink®

Teaching Interests

1. Engineering Hydrology

2. Statistical Methods in Hydrology

3. Hydraulic Machines

4. Fluid Mechanics

5. Drainage and Irrigation Systems

6. Modeling and Simulations of Hydrology, Fluid and Hydraulic Systems using MATLAB ® and Simulink®

7. Open Channel Flow

Selected Publications

1. Study the Factors Affecting the Proposed Model to Calculate the Rate Lateral Migration of The Tigris River in the Kut City.

2. Deriving Rainfall Intensity-Duration-Frequency Relationships for Kerbala City Deriving Rainfall Intensity-Duration-Frequency Relationships for Kerbala City

3. Best Distribution and Plotting Positions of Annual Rainfall in the Catchment of Holy Karbala in Iraq

4. Deriving Rainfall Intensity-Duration-Frequency Relationships for Kerbala City

5. A Simulink Hydrological Estimation of Water Shortage Problem in Al-Najaf Region

6. Groundwater quality assessment using water quality index: A case study of Al Najaf City, Iraq

7. Water Quality Status of Euphrates River in Al-Kufa Station

8. Calculate the head loss for the circular pipes using the Simulink/Matlab

9. Probability of Failure to the Adhaim reservoir

10. Draw Curves of The Rainfall Intensity-Duration-Frequency by Using Artificial Neural Network for Al-Najaf Al-Ashraf

11. Developing

12. Model for Forecasting Rainfall Intensity-Duration-Frequency Curves Using Artificial Neural Network in Al-Najaf Region, Iraq

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