
UrbanAIR is a digital twin project supporting urban decision-makers in addressing climate change and environmental hazards. By integrating high-resolution atmospheric models with behavioural simulations, UrbanAIR delivers actionable insights to improve air quality, manage heat stress, and enhance public health. Part of the European Commission’s Destination Earth initiative, UrbanAIR translates scientific data into practical tools, empowering municipalities and industries to: Future Needs plays a key role in establishing UrbanAIR’s brand, visibility, and long-term impact. Our responsibilities include: Exploitation activities: Managing Intellectual Property Rights (IPR), developing business plans, and presenting at international conferences to maximise UrbanAIR’s scalability and funding potential.
UrbanAIR advances urban planning with tools for high-resolution atmospheric modelling and informed decision-making. It focuses on: Behavioural Modelling for Liveability UrbanAIR demonstrates its digital twin framework through two key use cases: These use cases showcase UrbanAIR’s readiness to support urban planning and expand its impact to other municipalities.
UrbanAIR is a digital twin project supporting urban decision-makers in addressing climate change and environmental hazards. By integrating high-resolution atmospheric models with behavioural simulations, UrbanAIR delivers actionable insights to improve air quality, manage heat stress, and enhance public health. Part of the European Commission’s Destination Earth initiative, UrbanAIR translates scientific data into practical tools, empowering municipalities and industries to: Future Needs plays a key role in establishing UrbanAIR’s brand, visibility, and long-term impact. Our responsibilities include: Exploitation activities: Managing Intellectual Property Rights (IPR), developing business plans, and presenting at international conferences to maximise UrbanAIR’s scalability and funding potential.
UrbanAIR advances urban planning with tools for high-resolution atmospheric modelling and informed decision-making. It focuses on: Behavioural Modelling for Liveability UrbanAIR demonstrates its digital twin framework through two key use cases: These use cases showcase UrbanAIR’s readiness to support urban planning and expand its impact to other municipalities.
UrbanAIR is a digital twin project supporting urban decision-makers in addressing climate change and environmental hazards. By integrating high-resolution atmospheric models with behavioural simulations, UrbanAIR delivers actionable insights to improve air quality, manage heat stress, and enhance public health. Part of the European Commission’s Destination Earth initiative, UrbanAIR translates scientific data into practical tools, empowering municipalities and industries to: Future Needs plays a key role in establishing UrbanAIR’s brand, visibility, and long-term impact. Our responsibilities include: Exploitation activities: Managing Intellectual Property Rights (IPR), developing business plans, and presenting at international conferences to maximise UrbanAIR’s scalability and funding potential.
UrbanAIR advances urban planning with tools for high-resolution atmospheric modelling and informed decision-making. It focuses on: Behavioural Modelling for Liveability UrbanAIR demonstrates its digital twin framework through two key use cases: These use cases showcase UrbanAIR’s readiness to support urban planning and expand its impact to other municipalities.
URBAN Simulation for AIR quality and heat Resilience strategies
Future Needs’ Role in UrbanAIR
Project Ambition
Tools that evaluate socio-economic and environmental impacts using co-creation methods and quantified uncertainties.
A unified digital twin platform combining high- and low-fidelity models for accurate urban simulations.
AI and multi-fidelity strategies to reduce computational costs while maintaining precision.
Uncertainty quantification at small urban scales to improve forecasting and guide local measurement campaigns.
Citizen-driven behavioural models to align urban planning with community needs and climate goals.UrbanAIR Use Cases
UrbanAIR’s latest Updates
Relevant blog posts to connect to the page 📰
URBAN Simulation for AIR quality and heat Resilience strategies
Future Needs’ Role in UrbanAIR
Project Ambition
Tools that evaluate socio-economic and environmental impacts using co-creation methods and quantified uncertainties.
A unified digital twin platform combining high- and low-fidelity models for accurate urban simulations.
AI and multi-fidelity strategies to reduce computational costs while maintaining precision.
Uncertainty quantification at small urban scales to improve forecasting and guide local measurement campaigns.
Citizen-driven behavioural models to align urban planning with community needs and climate goals.UrbanAIR Use Cases
UrbanAIR‘s latest Updates
Relevant blog posts to connect to the page 📰
URBAN Simulation for AIR quality and heat Resilience strategies
Future Needs’ Role in UrbanAIR
Project Ambition
Tools that evaluate socio-economic and environmental impacts using co-creation methods and quantified uncertainties.
A unified digital twin platform combining high- and low-fidelity models for accurate urban simulations.
AI and multi-fidelity strategies to reduce computational costs while maintaining precision.
Uncertainty quantification at small urban scales to improve forecasting and guide local measurement campaigns.
Citizen-driven behavioural models to align urban planning with community needs and climate goals.UrbanAIR Use Cases
UrbanAIR‘s latest Updates
Relevant blog posts to connect to the page 📰