Ph.D., P.E. · Research Professor, National Water Research Center
Ministry of Water Resources & Irrigation, Cairo, Egypt
A leading expert in mathematical modeling for environmental, hydrologic, and agricultural systems — integrating operations research, artificial intelligence, GIS, and remote sensing into water resources management across the Nile Basin and beyond.
Prof. Mohamed Rami is a leading expert in mathematical modeling for environmental, hydrologic, and agricultural systems. He integrates operations research, GIS, remote sensing, and IT into water resources management. He served as IT Director at Egypt's Ministry of Water Resources and Irrigation (MWRI) for over twelve years and as Assistant Minister for Research & Technology (2013–2016).
From 2019 to 2024, he directed the Environmental & Climate Changes Research Institute at NWRC, leading research on climate change impacts on the Nile Basin. He has published 25 research articles in Nature, ASCE, and other top journals, along with 40 scientific reports, and serves as Associate Editor for the Water Science journal.
Applications of ML, deep learning, and big data in water resources problems, including artificial neural networks.
Mathematical programming, simulation modeling, multi-criteria evaluation, and optimization techniques.
Simulation and optimization of reservoir systems, including the Nile Basin and Aswan High Dam.
Assessing climate change impacts on water resources and developing adaptation strategies for the Nile Basin.
Applying geospatial technologies for water resources monitoring, irrigation management, and environmental assessment.
Led the development of simulation and optimization models for Nile reservoirs, advanced remote sensing–based mathematical models, and pioneered desalination technology to address water supply–demand gaps in remote areas.
Member of the highest-ranking scientific committee at NWRC, evaluating tenure-track faculty and promoting candidates to Associate and Full Professor. Associate Editor for Water Science, published by Taylor & Francis.
Over three decades, Prof. Rami developed a suite of mathematical models used nationally and internationally for water resources management.
Nile Basin Simulation model for reservoirs including the High Aswan Dam (HAD) and the Grand Ethiopian Renaissance Dam (GERD).
Optimization and simulation models for the High Aswan Dam, tested with 49 years of historical inflow data (1968–2017).
Multi-Criteria Evaluation for Water Resources tool using ELECTRE, AHP, PROMETHEE, and other methods. Used in California and Egypt.
High Dimensional Dynamic Programming model solving problems with up to 12 decision and 12 state variables over 30 years.
DSS for optimal desalination facility siting and an expert system generating water supply/demand scenarios for Egypt using 100+ rules.
Water Resource Management Consultant for the Integrated Water Resource Management Project, reviewing studies and building national staff capacity.
Assessed dam operations across Saudi Arabia; built optimization models for Byash, King Fahd, and Al-Aqiq watershed reservoirs.
Senior Information Specialist for Integrated Water Management Districts; established GIS and IT systems for MWRI.
IT/Database Expert developing a web-based PPP water portal and database framework for Arab Water Council member countries.
Built deterministic and stochastic optimization models for the Dez and Karun reservoir system (7 connected reservoirs).
Designed a water resources information system integrated with a locally developed data logger and DSS for smart management.
Used remote sensing to estimate soil salinity and evapotranspiration in the Nile Delta to improve irrigation efficiency.
Explored remote sensing and hyperspectral imaging to improve water quality monitoring along Nile Delta waterways.
Established Egypt’s national focal point for the Euro-Mediterranean Water Information System with capacity building and a data web-server.
Prof. Rami has published 25 research articles in leading journals including Scientific Reports (Nature), ASCE, Elsevier, Taylor & Francis, and Wiley, and serves as Associate Editor for Water Science.
Multi-sensor remote sensing for water hyacinth assessment in Lake Tana.
Potential benefits of climate change on Arctic navigation by 2050.
Potential impact of failure of the Grand Ethiopian Renaissance Dam on downstream countries.
Multicriteria siting and sizing of desalination facilities with GIS.
Comparison of multi-criteria evaluation methods for the Red Bluff Diversion Dam.
A digital archive of the Water Science journal’s early volumes, built and maintained by Prof. Rami. Guest access: username guest, password guest.
Many of these lectures are available online as interactive presentations.
Certified Consultant, Egyptian Engineers Syndicate, Civil Engineering Branch, August 2003.
Certified Consultant, Egyptian Engineers Syndicate, Civil Engineering Branch, March 2005.
Certified Consultant, Egyptian Environmental Affairs Agency, November 2019.
Python, C++, C, R, VB.Net, FORTRAN, HTML, Pascal, PROLOG
ArcGIS, ERDAS, ENVI, TerrSet
MySQL, Oracle (SQL/PL, Developer), ACCESS
MS-Windows, Linux, UNIX; Microsoft Networking, CISCO, NOVELL
MATLAB, GAMS, Mathematica, WMS, HEC-ResSim, WEAP, MODSIM, LINDO/LINGO, SPSS, Alyuda NeuroIntelligence, FlowMaster, Cropwat, and more
AutoCAD, Adobe Photoshop, Dreamweaver, Golden Software Grapher, PHP-Runner, Serif Applications