Groundwater modeling - Modeling of underground flows

This course includes a theoretical component that provides an understanding of transfers and a more practical component that combines fieldwork, numerical modeling, and environmental studies. Quantitative hydrogeology is addressed through analytical and numerical solutions that enable transfers in the subsurface environment to be accounted for.

This EU addresses in particular:

1) the mathematical tools and fundamental equations underlying analytical and numerical modeling;

2) the principles of numerical modeling (MDF); 

3) the typical methodology for creating a 3D digital model for flow simulation; and

4) Analysis of scenarios incorporating climate or anthropogenic forcings for optimal water resource management.

The objective of this EU is to train operational specialists capable of providing local decision-makers and stakeholders with relevant data enabling them to improve the environmental management of the natural environment, particularly groundwater resources, in response to climatic or anthropogenic forces.

At the end of this course unit, future professionals will have a good understanding of the capabilities and limitations of numerical modeling, whether for research or applied issues, particularly in the quantitative and qualitative management of groundwater resources. In addition, they will be proficient in various flow simulation tools (MODFLOW, MODPATH, MT3D, MT3DMS, etc.) and will be able to present key results in the form of a design office-style report.

EU "Underground Hydrodynamics" and/or "Applied Hydrogeology"

Continuous Full Control: 100%