Active Engineering Clean Energy

Inspiring Futures for Zero Carbon Mobility (INFUZE)

In plain English

AI plain-English summary

The UK’s biggest source of carbon emissions—23% of the total—comes from transport, yet no credible plan exists to get people to drive less at scale. Current transport science assumes car use will keep rising, so it lacks the data, models, and methods to design a shift away from private car ownership. INFUZE aims to build that missing toolkit. The project will co-design with communities a set of vision-led approaches to mobility systems that offer a positive alternative to owning a car. It will develop an Agent Based Modelling platform that jointly models ownership, access, and travel choices, and create new data visualisations so stakeholders can scrutinise and shape the models. Real-world trials will test whether people can transition from individual ownership to on-demand mobility access. If successful, the research could give governments, consultancies, and local authorities the evidence and tools to redesign transport systems—reallocating road space, integrating services, and scaling up shared and light electric mobility—so that not needing a car becomes a credible, attractive option rather than a sacrifice.

View original technical description
Transportation is the largest contributor of carbon emissions in the UK (23%). Tackling transport emissions is one of the defining challenges of the UK Government's Net Zero Strategy. The Climate Change Committee consistently finds that lower travel demand futures are necessary to meet our carbon budgets but, as yet, there is a lack of credible solutions in the UK or internationally which can deliver change at scale. Sharing mobility assets, 'right-sizing' of vehicles, and powered light electric mobility could counter the focus on heavier vehicles and accelerate electric vehicle uptake by lowering costs and widening access. New service design options such as demand-responsive transport, service integration across products, radical road space reallocation, and virtual technologies could also improve the attractiveness of non-car-based options. However transport science, has focused only on measuring, predicting, and acting under assumptions of increasing car use. It lacks the data, the models, the methods, and the mandate to inform more radical transformation to new forms of mobility access not predicated on individual ownership. The INFUZE project seeks to address this major gap with a vision: To transform the process of understanding, designing, and implementing transport system interventions to enable and ensure the rapid transition to zero carbon mobility through accessing mobility on demand. INFUZE will develop a ground breaking approach to participatory mobility science to build a unique suite of data-enabled decision tools to identify and galvanise the opportunities for emerging mobility service systems which capture the impact of place, social learning, and tipping points. We will test, evaluate, and learn through a series of ambitious real-world trials how to stimulate a transition from individual ownership to mobility access. The question is not 'can you live without your car?' but 'what would a world where people did not need to own their own cars look like?' INFUZE will answer this question by achieving seven key objectives: Co-design with communities and stakeholders a set of vision-led approaches to building mobility systems which provide a positive alternative to car-ownership Develop new tools and conceptual models to understand the propensity to shift mobility ownership to mobility access taking account of new mobility service characteristics Build a world leading Agent Based Modelling platform which enables the joint modelling of mobility ownership, access and mobility choices Create and deploy new forms of data visualisation to enable stakeholders to engage with, scrutinise and impact our models to build enhanced scientific legitimacy Test, learn, iterate and validate our tools through a transdisciplinary, experimental approach that integrates participatory design science, data science and behavioural science Identify the governance and policy changes which will enable new mobility packages to be scaled up and transferred nationally and beyond Change how mobility transitions are researched, developing a new approach to participatory mobility science for change INFUZE will open up opportunities for researchers to develop new projects and businesses to develop and test algorithms and services. The grant will act as a springboard to a new National Centre of Excellence in Low Carbon Mobility Transitions as a major 'place-based' investment that will enable partners from across the UK, and globally, to design and evaluate interventions building on our unique data assets, models, and whole life carbon assessment tools. Our participatory mobility science will change the way consultancies and governments approach the mobility transition challenge.

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Researchers

Carlos Lopez Galviz (Co-Investigator)Charisma Farheen Choudhury (Co-Investigator)Chiara Calastri (Co-Investigator)Christian Bretter (Co-Investigator)Cyriel Diels (Co-Investigator)Dale Harrow (Co-Investigator)Dan Phillips (Co-Investigator)Ed Manley (Co-Investigator)Greg Marsden (Principal Investigator)Jillian Anable (Co-Investigator)Roger Beecham (Co-Investigator)

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Original classification

Research and Innovation

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