This advanced course explores global water resources management with a focus on sustainability, climate variability, and modern hydrological science. It is designed for learners interested in environmental engineering, water policy, and climate-resilient infrastructure.

The course begins by examining global challenges in water resources, including scarcity, inequality in access, and the impact of climate change on water systems. It highlights how different regions face unique water management problems and require tailored solutions.

Learners will study the connection between water resources and food production, especially in low-income countries where water availability directly affects agriculture and livelihoods. The course also explores how water systems can become tools for both conflict and cooperation between regions.

A key focus is placed on modern hydrological modeling techniques, including data-driven approaches such as machine learning in water science. It also introduces satellite-based monitoring systems that help track global water changes and improve decision-making.

In addition, the course discusses disaster risk management, including storm surge modeling and flood prediction for climate adaptation strategies. It emphasizes how scientific research is used to improve water resilience and policy planning.

By the end of this course, learners will understand how science, technology, and policy combine to address global water challenges and support sustainable water resource management in a changing climate.