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The overall purpose of the research is to model a usable practice-based template for sensing the city, drawing on the city of Coventry (UK) as a case-study in the first instance. The template will offer a range of methodologies towards, first, engaging constructively and productively with urban sites using the sensate presence of the human body as the primary means of gathering data and, second, processing and presenting that data in innovative ways within a critical framework that assesses the city's habitability and sustainability.
Examining Sustainability Risks in Indonesia-UK coffee supply chains
CTPSR project funded by the British Academy looking at the organisational, financial and human impact of the Covid-19 Pandemic on the Christian Faith-Based Organization Service Sector in Great Britain
The TASHREE project, which translates to "proposing legislation" in Arabic, is a transformative initiative designed to build on the foundational successes of its predecessors: TAMKEEN (empowering) and TASHBEEK (networking).
We aim to map and substantially reduce waste in the urban food-energy-water (FEW) nexus in city-regions across three continents: Europe, Africa and South America. We will establish four Urban Living Labs (ULL) of key stakeholders who will undertake participatory research to: a) map resource flows; b) identify critical dysfunctional linear pathways; c) agree the response most appropriate to the local context (e.g. policy intervention, technology diffusion); d) model the market and non-market economic value of each intervention; and e) engage with decision makers to close each loop.
This project maps the supply chains of three areas of motorsport – Formula One, Formula E and Endurance Sports Car Racing – to identify strengths, weaknesses and local economic growth opportunities which may be targeted for economic development support by Local Enterprise Partnerships (LEPs), UKTI and BIS.
The 'Warwickshire Rural Electric Vehicle' (WREV) trial was designed to support small and medium enterprises (SMEs) in rural Warwickshire in examining their options for switching to electric vehicles (EVs).
The SHAPES project has been funded for three years to design, manufacture and trial a self, or carer-managed intervention that could be deployed early after stroke to treat post-stroke elbow spasticity.
Within the context of government policy regulating against the sales of new internal combustion engine vehicles within the next two decades, the project sought to understand how ready the mass market is to transition to electric vehicles (EVs).
The aim of START IN project is to stimulate the “social entrepreneurial mindset”, developing capacities and abilities from early ages, laying the foundations for young social entrepreneurs to transform ideas into action in different social, cultural or economic contexts.
The overall objective of the MUSE project is to improve access, ensure learning conditions and develop employment opportunities for HEIs’ Disabled Students in Latin American countries via modern inclusion practices and networking. The three Latin American countries involved in are Chile, Mexico and Argentina, with the support of institutions in EU (UK, Spain, Italy and Greece).
This project brings together Coventry University expertise in Material Science and Design to develop products that embed innovative smart textiles in order to support healthy ageing and independent living.
BEACONING sets a forefront in multifaceted education technologies through large-scale piloting of a digital learning platform that blend physical and digital spaces.
Non-communicable lung disease in Kenya: from burden and early life determinants to participatory inter-disciplinary solutions
To develop a novel process to deposit and attach silver nanoparticles on to fibres enabling the selective metallisation of fabrics.
The project investigates the challenges inherent in remaining and preserving in the fields of dance, music theatre and performance that otherwise operate under the primacy of presence.
Multiphase flow measurement is a fundamental enabling metrology in subsea oil and gas production. However, field measurements exhibit high measurement uncertainty, costing industry billions of euros in financial exposure and production inefficiencies.