Mohamed Mahmoud Ahmed Elfawy






Mohamed Mahmoud Ahmed Elfawy

Associate Professor at Irrigation and Hydraulics


Career Information

Associate Professor at : 2023-08-27
Assistant Professor at : 2009-12-28
Teacher Assistant at : 2004-05-19
Demonstrator at : 1998-11-04

Academic Information

Ph.D. : 2009-11-17 From Ain Shams university
M.Sc. : 2009-11-17 From Ain shams University
Graduation : may / 1998 From Ain shams University

Brief

Dr. ElFawy holds a PhD in Civil Engineering “Irrigation & Hydraulics” from Faculty of Engineering -Ain Shams University. His experience covers Egypt, Africa, and the Middle East. Through his nearly 27-year career, he gained technical experience in hydrological analysis, water resources planning and management, wet utilities analysis and design, wadi (dry stream) restoration, hydraulic structures, dams, and flood protection.

Dr. ElFawy started his professional career in the Department of Irrigation and Hydraulics at Ain Shams University (Egypt) as Teaching Assistant (1998) then Assistant Professor (2004) and an Associate Professor (since 2009), where his duties comprised teaching graduate and undergraduate courses of open channel hydraulics, fluid mechanics, and irrigation design.

Dr. ElFawy has attended several technical training courses and published conference papers. He is computer literate with a solid background in surface modeling software (Watershed Modelling System), USACE packages (Hydrologic Modeling System, HEC-RAS,, etc.) and EPA SWMM. Furthermore, Dr. ElFawy experience encompasses analysis of Geographical Information System (GIS) and its application in the field of water resources and environment.

Publications

  1. Ahmed M.Raslan, Mona A.Hagras, Mahmoud Khalil, Samia Saad, Mohamed ElFawy, " Forecasting Groundwater Storage Dynamics in an Arid Region Using Hybrid Machine Learning Under Climate and Land-Use Change: Al-Arish Basin, Sinai ", Ain Shams Engineering Journal, 2026
  2. Ahmed M.Raslan, Mona A.Hagras, Mahmoud Khalil, Samia Saad, Mohamed ElFawy, " A Comprehensive Review of Gap-Filling and Forecasting Methods for GRACE/GRACE-FO Terrestrial Water Storage Anomalies with Emphasis on Arid and Semi-Arid Regions ", International Journal of Innovative Research in Engineering, 2026