Prof. Elshorbagy is dedicated to innovation, teaching, training, development, and promotion in water resources engineering: Innovation of new approaches, techniques, and tools for numerical prediction and simulation of natural and human-made water resources/hydrologic systems; teaching undergraduate and graduate students the science of hydrology and the art of modeling; training highly qualified researchers in water resources/hydrologic engineering; and development and promotion of innovative sustainability-oriented solutions to various environmental engineering problems.

If you aspire for a high level education (at M.Sc. or Ph.D. level) or training (at undergraduate summer student, full-time Research engineer, or Postdoctoral level), please contact Prof. Elshorbagy.

To view Prof. Elshorbagy's Teaching Philosophy, click here

Research interests

• Impacts of climate change on both water resources availability and urban hydrology;
• Hydroinformatics: use of soft-computing techniques (e.g., ANNs, GP, wavelet analysis) for environmental modeling & prediction;
• Use of system dynamics in watershed modeling and management;
• Statistical hydrology; including uncertainty analysis and risk-based analysis and design;
• Multicriterion analysis and decision-making in water resources;
• Development of total maximum daily loads (TMDLs)