Our work

Advanced Modelling for Heat as a Service

As part of the Department for Energy Security & Net Zero Heat Pump Ready Programme, City Science were awarded funding to deliver our project: Advanced Modelling for Heat as a…

RIBA to Reality

The Covid-19 pandemic and climate breakdown has changed the way people use and interact with buildings; changes in people’s behaviour can have a significant impact on a building’s overall performance….

Future of Modelling

City Science transport modellers were part of a consortium commissioned by National Highways to consider the Future of Modelling. Our Work The study conducted through a Horizon Scanning process, considered…

Swansea City Bay Region Offsetting Study

City Science was commissioned to conduct an offsetting study by Carmarthenshire County Council on behalf of the partner authorities as part of the Economic Acceleration and Regeneration through Innovation (EARTh)…

Royal Tunbridge Wells Town Centre Study

We delivered a Transport & Carbon Baseline Report for the town centre of Royal Tunbridge Wells alongside LDA Design and Knight Frank, on behalf of Tunbridge Wells Borough Council. Our…

Cotswold District Transport Decarbonisation Study

City Science was commissioned by Cotswold District Council (CDC) to develop a Transport Decarbonisation Study to underpin the development of CDC’s Sustainable Transport Strategy. This Study sought to understand the…

Review of Plug-in-Vehicle Uptake Data

Scottish Futures Trust (SFT) and Transport Scotland (TS) identified that current Plug-in-Vehicle (PiV) registration data may not be taking full account of how PiVs are obtained and used, resulting in…

Winchester Park & Ride Operating Model Study

City Science was commissioned by Hampshire County Council (HCC) and Winchester City Council (WCC) to carry out a Study that assessed the operating model of the existing Park & Rides…

National Highways Incident Delay Metric

City Science was appointed by the Network Analysis and Statistics team of National Highways to develop a new metric to measure delay on the Strategic Road Network caused by Incidents,…

RTPI Net Zero & Nature Recovery Design Codes

The Department for Levelling Up, Housing and Communities produced the National Model Design Code in 2021 to provide local authorities and developers direction, policies and guidance for successful design of…

Winchester Parking Systems & Tariff Review Study

City Science was appointed by Winchester City Council to prepare a Parking Systems & Tariff Review Report, recommending future changes in car parking operations, to meet the council’s strategic ambitions…

Circular Design Tool for New Housing Developments

As part of the National Interdisciplinary Circular Economy Research (NICER) programme, City Science was awarded funding to develop a circular design tool, to determine the total carbon impact of a…

Exeter Parking Study 2022

City Science was commissioned by Exeter City Council to produce a Parking Study for the City. The central aim of this Study was to balance the ambitions of several strategic…

Liverpool City Region Walking & Cycling Model

City Science was commissioned by Mott Macdonald (on behalf of Liverpool City Region Combined Authority) to develop the Liverpool City Region Walking & Cycling Model, to provide a better representation…

Electric Vehicle Insight Study

City Science was commissioned to conduct an Electric Vehicle (EV) Insight Study for Transport East and England’s Economic Heartland, two of the UK’s Sub-national Transport Bodies (STBs). This represents a…

London Boroughs Low Carbon Transport Study

City Science was commissioned to undertake a Low Carbon Transport Study for Westminster City Council (WCC) and Royal Borough of Kingston (RBK), who sought to understand the borough level actions…

Optimal Planning for Mobility Hubs

City Science developed a tool to assist in the planning of Mobility Hubs, focussing on determining the optimum location to place them. Mobility Hubs are sites where a collection of…

Southend-on-Sea Borough Council’s SMART City Journey

City Science has supported Southend-on-Sea Borough Council’s ‘SMART City Journey’ with a range of advisory services including development of a strategy, business cases and delivery roadmap for an Intelligence Hub….

Central Bletchley Transport & Parking Study

City Science delivered a Transport & Parking Study for Milton Keynes Council focussed on the Central Bletchley area that supported the vision set out in the Central Bletchley Prospectus: “a…

East Devon Clean Growth Vision

City Science was commissioned to develop a Clean Growth Vision for future development in the ‘West End’ area of East Devon. This work informed the East Devon District Council Local…

Oxfordshire Traffic Management for New Mobility

Oxfordshire County Council wanted to explore emerging technology opportunities which harnessed the potential of upgrading the quality and range of digital data used to modernise its Traffic Network Control Centre….

Blackpool Electric Vehicle Strategy

City Science was appointed by Blackpool Council to deliver a five-year Electric Vehicle (EV) Strategy, forecasting the anticipated public charging needs of cars, vans and motorcycles, in order to help…

Herefordshire Transport Scoping Report

City Science is delighted to announce that we have been commissioned by Herefordshire Council to produce a Transport Scoping Report to underpin Herefordshire’s forthcoming Local Plan Update.

JCS Sustainable Transport Strategy

The JCS is a partnership between Gloucester City Council, Cheltenham Borough Council and Tewkesbury Borough Council which sets out a strategic planning framework for the combined area. The previous JCS…

Toneway Traffic Management Modelling

City Science was commissioned by WSP to provide evidence to Somerset County Council on the different mitigation options available for the A38 Creech Castle Junction Improvements Scheme. The scheme aimed…

Thurrock Strategic Multi-Modal Transport Model

City Science, in partnership with Veitch Lister Consulting, are proud to announce our appointment by Thurrock Council to develop a ground-breaking, multi-modal strategic transport model.

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