Starting from 09:00 to 09:20

Benchmarking GLM and Delft3D Models in Two Window Lakes in South East Queensland, Australia

• Speaker - Phillips

  Phillips

  ×

  Name

  Phillips

  Company

  Stantec Australia

  Country

  Australia

  
  Biographical Sketch
  
  Dr Brett C. Phillips is a Senior Principal with more than 39 years of experience in managing and undertaking a wide range of hydro-environmental assessments, catchment studies, flood and floodplain management studies and WSUD investigations for Government and Industry clients. He also had senior roles on 33 projects that received 43 Divisional and/or National engineering excellence awards since 1987. He is an author or co-author of more than 200 papers published in international and Australian conference proceedings on sustainable development, integrated catchment management, flooding and floodplain management and hydrology.

  
  All Sessions of "Phillips"
  
  

  1. Benchmarking GLM and Delft3D Models in Two Window Lakes in South East Queensland, Australia

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Starting from 09:20 to 09:40

Automated modelling of urban runoff quality based on domain knowledge and equation discovery

• Speaker - Radinja

  Radinja

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  Name

  Radinja

  Company

  University of Ljubljana

  Country

  Slovenia

  
  Biographical Sketch
  
  Dr. Matej Radinja is a researcher at the University of Ljubljana, Faculty of Civil and Geodetic Engineering. In his research, he is focusing on the adaptation of artificial intelligence into the field of urban drainage modelling, with the overall goal of making our cities greener and more resilient to climate change impacts, by implementing NBS.

  
  All Sessions of "Radinja"
  
  

  1. Automated modelling of urban runoff quality based on domain knowledge and equation discovery

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Starting from 09:40 to 10:00

Free distribution coupled drainage model linking the models IBER and Storm Water Management Model (SWMM). Methodology, workflows and use cases by using Giswater as data preprocess tool.

• Speaker - Torret

  Torret

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  Name

  Torret

  Company

  BGEO OPEN GIS S.L.

  Country

  Spain

  
  Biographical Sketch
  
  With over 19 years of experience as a GIS & IT Consultant at BGEO OPEN GIS, I am passionate about helping water utilities to become more resilient and efficient using open technologies. I have a Master's degree in Civil Engineering and a Master's degree in Environmental Management, as well as multiple certifications and publications in the field of geospatial data and hydraulic engineering. As the Partner Director of BGEO OPEN GIS, I am responsible for the research and innovation actions of the company, as well as for managing GIS & IT projects with a strong involvement of hdyraulic engineering. I provide consultancy services to engineering firms, water utilities, and local and regional governments, as well as training engineers in GIS and Hydraulics software.

  
  All Sessions of "Torret"
  
  

  1. Free distribution coupled drainage model linking the models IBER and Storm Water Management Model (SWMM). Methodology, workflows and use cases by using Giswater as data preprocess tool.

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Starting from 10:00 to 10:20

Integrated Modeling and Uncertainty Assessment of Urban Flooding

• Speaker - R. Li

  R. Li

  ×

  Name

  R. Li

  
  All Sessions of "R. Li"
  
  

  1. Integrated Modeling and Uncertainty Assessment of Urban Flooding

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Starting from 10:20 to 10:25

Analysis of water level data uncertainties on gradually varied flow estimation using DREAM and GLUE models

• Speaker - Reis

  Reis

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  Name

  Reis

  Company

  UFG

  Country

  Brazil

  
  Biographical Sketch
  
  PhD student in the Postgraduate Program in Environmental Sciences (PPG CIAMB - UFG). Master in Environmental and Sanitary Engineering with an emphasis on Water Resources Management from the Postgraduate Program in Environmental and Sanitary Engineering (PPGEAS/UFG). Graduated in Environmental and Sanitary Engineering from the Federal University of Goiás (2016).

  
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  1. 2.17 Analysis of water level data uncertainties on gradually varied flow estimation using DREAM and GLUE models
  2. Analysis of water level data uncertainties on gradually varied flow estimation using DREAM and GLUE models

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