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Assistant Professor:Maysara Mostafa Ahmed Ghaith
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Irrigation and Hydraulics Engineering
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| Email : | maysaraghaith***hotmail.com |
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| Home Page : | https://www.linkedin.com/in/maysara-ghaith-93b3b1194/ |
| Academic Citation : | https://scholar.google.com/citations?user=lO4fYtEAAAAJ&hl=ar |
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| Qualifications |
|  B.Sc. (2013) "Water Engineering and Environment (WEE Program)" Cairo University (Egypt) |
| M.Sc. (2015) "Water Resources" Cairo University (Egypt) |
| Ph.D. (2020) "Water Resources" McMaster University (Canada) |
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| Fields of Interest : |
| Water Resources |
| Ground Water |
| Contaminant transport |
| Digital Twin |
| Machine Learning |
| Optimization |
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| Recent Publications : |
| -2025-System Dynamics Modeling Approach for Biological Nitrogen Removal Process Simulation, Uncertainty Analysis, and Operation Optimization
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| -2024-Deep learning rapid flood risk predictions for climate resilience planning
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| -2024-Genetic programming expressions for effluent quality prediction: Towards AI-driven monitoring and management of wastewater treatment plants
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| -2024-Climate-induced deterioration prediction for bridges: an evolutionary computing-based framework
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| -2024-Analytically Enhanced Random Walk Approach for Rapid Concentration Mapping in Fractured Aquifers
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| -2022-Synchronization-enhanced deep learning early flood risk predictions: The core of data-driven city digital twins for climate resilience planning
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| -2021-Uncertainty analysis for hydrological models with interdependent parameters: An improved polynomial chaos expansion approach
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| -2021-Drought proneness analysis of Southern Saskatchewan province using Markov chain model
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| -2021-A short-term flood forecasting model using Markov Chain
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| -2020-Propagation of parameter uncertainty in SWAT: A probabilistic forecasting method based on polynomial chaos expansion and machine learning
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| -2020-Hybrid hydrological data-driven approach for daily streamflow forecasting
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| -2020-DIGITAL TWIN: A CITY-SCALE FLOOD IMITATION FRAMEWORK
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| -2018-Performance of multi-model ensembles for the simulation of temperature variability over Ontario, Canada
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| Conferences : |
| -2023-Uncertainty Quantification in Hydrological and Environmental Modeling based on Polynomial Chaos Expansion
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| -2018-Hybrid Modeling for Streamflow Prediction in the Guadalupe Basin, Texas
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| -2017-Stochastic Simulation and Forecast of Hydrologic Time Series Based on Probabilistic Chaos Expansion
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