Aims

The principle objective of this course is to understand and to unravel issues related to integrated water management in the 21st century. The course adopts a multi-disciplinary and multi-objective approach and situates at the interface of technical hydrological analysis (e.g. optimisation), information technology (e.g. geographical information systems) and water management policy (e.g. implementation of sustainable development policy). At the end of the course, the student must be able :
- to understand the concept of integrated water management ;
- to model the hydro-system, considering the random properties of the hydro-system ;
- to evaluate the performance of a hydro-system with criteria formulated by different actors ;
- to develop a methodology for solving complex hydrological problems in view of formulating water management measures which respect different objectives.

Main themes

- Concepts and issues of integrated water management at the scale of a management unit (a dam, an irrigation perimeter, a catchment) ;
- Conceptual modelling of large scale hydro-systems (catchments, dams, perimeters, groundwater bodies) ;
- Initiation to stochastic modelling of hydro-systems ;
- Multi-criteria analysis applied to water resources management

Other information (prerequisite, evaluation (assessment methods), course materials recommended readings, ...)

Precursory Courses General hydrology

Other credits in programs