Duration
5 days
Training Structure
Faculty of Sciences, Joint Continuing Education Office
Language(s) of Instruction
French
Overview
Water management is crucial to ensuring the availability of this vital resource for all ecosystems and human societies. This course in hydrology was designed by Marine Rousseau, a professor of Water and Soil Sciences at theFaculty of Sciencesatthe University of Montpellier.
The course includes two micro-certifications based on your level: general hydrology and advanced hydrology.
The Benefits of the Training Program
A training session is scheduled for this year:
Dates:Spring 2027
The course includes two micro-certifications based on your level: general hydrology and advanced hydrology.
- General Hydrology Micro-Certification - Level 1: Spring 2027
- Advanced Hydrology Micro-Certification - Level 2: Spring 2027
Objectives
To provide water stakeholders and managers (government agencies, local authorities, interested elected officials, associations, employees of engineering firms, and any employee interested in water management issues in the context of climate change) with the necessary foundational knowledge in hydrology, hydraulics, and hydrometry, enabling them to engage in discussions with all their counterparts, including experts in the field.
Expertise and Skills
General Skills:
- Understanding the Components and Processes of the Water Cycle
- Understand the methods used to collect measurements in hydrometry and in-situ infiltrometry (fieldwork and data processing using appropriate digital tools)
- Understand the basics of hydrological and/or hydraulic modeling (for non-experts, depending on the group and the requirements established prior to the training)
More targeted skills:
- Knowing how to delineate the boundaries of a watershed and calculate its geometric characteristics
- Knowing how to spatially interpolate precipitation data
- Be able to determine peak flow rates with defined return periods in order to size hydraulic structures
- Be able to determine a runoff coefficient based on a soil’s infiltration capacity and on the analysis of a flood hydrograph
- Be able to determine a water balance for different systems at various spatial and temporal scales
- How to Measure the Hydraulic Conductivity of Saturated Soil In Situ (Theory and Practice)
- Master river gauging techniques (theory, practice, data processing)
- Know how to interpret data from the DRIAS Climat and DRIAS Eau websites (climate projections).
Program
The "Hydrology—Regional Adaptation to Climate Change" course consists of35 hours of instruction spread over 5 days of in-person classes at the Faculty of Sciences at the University of Montpellier.
In-house training available
Dates: Spring 2027
The course includes two micro-certifications based on your level: general hydrology and advanced hydrology.
- General Hydrology Micro-Certification - Level 1: Spring 2027
- Advanced Hydrology Micro-Certification - Level 2: Spring 2027
Admission
Target Audience
Water sector stakeholders and managers (government agencies, local governments, relevant elected officials, nonprofit organizations, employees of engineering firms, and any employee interested in water management issues in the context of climate change)
Tuition Fees
Training Costs
Price: €2,500 (including tax) with financing
€1,750 (including tax) for local governments
Advanced Hydrology Award: Contact Us
Capacity
A maximum of 15 people
Mandatory Prerequisites
Demonstrate professional experience in the field of water sciences.