Projects
citiEU and citiME have been involved with transportation and simulation projects all over the world.
We are working with public authorities, investment banks, international engineering firms and local consultants, always with the aim of making models, projects, teams and individuals better in what they do.
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Read about some of our projects below.
Model scale: macro modelling
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To support active travel initiatives in Abu Dhabi, citiME used OpenPaths CUBE to incorporate micromobility modes within the strategic transport model.
Model scale: macro modelling
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citiEU worked on behalf of Agenzia Mobilità Ambiente Territorio to integrate OpenPaths AGENT within their OpenPaths CUBE model.
Model scale: macro modelling + big data
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citiEU analysed the impact of a flash flood in Palermo, Sicily, to help develop emergency plans for similar events that impact road accessibility.
Model scale: macro modelling
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The aim of this project was to improve the accuracy of school trip estimations and distributions, incorporating student-specific characteristics within the model.
Model scale: macro modelling + big data
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​As part of this transport study, we used TomTom’s Traffic Stats historical data, which provided detailed insights into traffic patterns in the region.
Model scale: meso modelling
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Using the OpenPaths DYNAMEQ software, this project aimed to provide traffic forecasts by integrating real-time data with analytical modelling.
Model scale: macro modelling
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citiME has developed deep expertise in transport modelling throughout the Emirates. Find out how we are involved in supporting the use of the STEAM model as part of TMP, TIS and TIP studies.
Model scale: macro modelling
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This project aimed to better represent the current situation in the region, taking into account all geopolitical conflicts, and providing a more accurate forecast of traffic moving on the network.
Model scale: macro modelling
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This model provided strategic investment support for sustainable public transport projects in Cairo.
Model scale: macro modelling + big data
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The aim of this project was to develop a real-time traffic simulation model to support advanced traffic management​ in Reggio Calabria.
