Department Urban Water Management

Urban floods and hydroinformatics

The focus of the Urban floods and hydrodynamics group is on the development of fast models to predict urban pluvial floods to ultimately make real time urban pluvial flooding prediction possible. Moreover, the group focuses on the development of novel methods to utilize ubiquitous image data, e.g. from social media images and surveillance systems, to better understand urban flood behaviour and support flood risk management. Other research topics of the current group research portfolio is related to the development of novel urban stormwater management solutions (ranging from grey to blue-green infrastructure) to improve the performance of the urban drainage systems and simultaneously contribute to tackling challenges (such as urban heat) posed by climate change and increased urbanisation scenarios.

If you are interested in doing your PhD or Master thesis in the Urban floods and hydrodynamics group, please feel free to contact us. Below you can find a list of topics currently offered at ETH Zurich that we can supervise.

Group leader

Prof. Dr. Joao Paulo Leitao Senior scientist (Group Leader) Tel. +41 58 765 6714 Send Mail

Team

Prabhat Joshi Tel. +41 58 765 5114 Send Mail
Jixuan Chen PhD Student Tel. +41 58 765 5637 Send Mail
Lucas Gobatti PhD Candidate Tel. +41 58 765 5783 Send Mail

Projects

Exploring the value of stormwater as a valuable resource to mitigate urban heat
A pluvial flood risk assessment framework for the evaluation of large-size blue-green infrastructures (bgis) in data-scarce, peri-urban regions.
Smart monitoring, data sharing and offering transnational access to lab and field facilities to the European Urban Drainage community.
monitor the impact of urbanization and prepare for an urban living lab

Terminated projects

Hexagonal Grids for urban flood modelling
Cost Effective Neural Technique to Alleviate Urban flood Risk
Urban flood experiments and alternative data acquisition methods
Alternative data collection and assimilation methods for urban flood modelling
Software tools for hexagonal grids

Publications