01
Reservoir systems & hydrology
Simulation, optimization, operating rules, flood and drought analysis, Nile Basin systems and transboundary reservoir interactions.
Research
Research overview
Water-resources systems, reservoir operations, climate risk, AI/ML, GIS and remote sensing, optimization, desalination and decision-support systems.
Research themes
Integrated methods for water-resource decisions
Research connects mathematical modelling and geospatial data with operational, environmental and policy questions.
02
Climate risk & adaptation
Climate-change impacts, resilience, scenario analysis and adaptation for water resources, agriculture and environmental systems.
03
AI, GIS & Earth observation
Machine learning, artificial neural networks, geospatial analysis, multi-sensor remote sensing and data-driven decision support.
04
Optimization & MCDA
Dynamic programming, mixed-integer programming, multi-objective analysis and multicriteria decision methods.
05
Water information systems
Decision Support Systems, databases, monitoring architecture, digital water and institutional information modernization.
06
Desalination & non-conventional water
Siting, sizing and strategic evaluation of desalination facilities and alternative water-supply options.
Research record
Explore by evidence type
Models10 major models & DSS systemsSimulation, optimization, neural networks and expert systemsFunding4 funded research projectsUS$400,000 + EUR 465,557PracticeInternational consultingUNDP, USAID, World Bank, CIDA, EU/EMWIS and othersTechnicalSkills & selected reportsProgramming, modelling, GIS/RS, databases and technical outputs