SUEZ puts digital technologies at the heart of its innovations to support all stakeholders involved in resource conservation: local authorities, companies, (industry, property managers) water, water treatment and waste processing services users.
Over the last decade, SUEZ has developed a leading edge expertise in real-time anticipation of river and sewer systems, based on a dedicated platform called AQUADVANCED URBAN DRAINAGE. Such systems rely on the combined use of monitoring data, rainfall forecasts and numerical models to compute the hydraulic condition, and anticipate its behavior. This tool aims to rapidly provide accurate information in case of flooding events, before they occur, to help the authorities take the best decisions and minimize risks.
The integration of rainfall-runoff and 1D hydraulic models for new catchments is following a few steps: assessment of the model and its accuracy, adaptations for real time use, and then implementation and confirmation. The intern will work alongside two experienced engineers in hydroinformatics to prepare the integration of a few models for an Aquadvanced® Urban Drainage project
Within that framework, the internship will have the following objectives:
- Assessment of one to three rainfall runoff and 1D hydraulic models in terms of accuracy and required boundary and initial conditions
- Review and test real-time model updating
Assist the deployment of the model and confirmation of its accuracy in the production environment
The internship will have a total duration of 4 to 6 months during which several models will be assessed and integrated.
Hydrological and hydraulic modeling, stormwater networks, open-channel flow
Data analytics (R or Python).
Attracted by challenges, team player, proactive spirit, autonomy, scientific rigor
- Cover letter
- Unofficial transcript
- Recommendation letter