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This project aims to demonstrate highly efficient zHDV powertrains for long-distance applications, in line with the European 2050 targets.
The project has created a ‘Lanchester Interactive Archive Space’ within the Lanchester Library, following the first phase, which saw the formalisation and realisation of plans for how the space would look and operate.
The aim of the ViRAL project is to upskill less advantaged community groups through engagement with local cultural heritage and the use of archives.
Exploring the physical and metabolic context, scenarios for economic valorisation and political processes that can enable alternative metabolic capabilities, and specific practices and configurations that food growing communities could develop to regain control over resources.
The main purpose of this project is to generate pump priming data for novel applications of high resolution mass spectrometry methods for identification and quantification of organic pollutants discharged from waste water treatment plants.
This project is a partnership between Coventry University Centre for Dance Research (C-DaRE), OneDanceUK and Birmingham Dance Network (BDN). The aim of the project is to understand how small arts organizations, artistic researchers and local artists can connect with and influence local & regional policymakers.
This project aims to address the gap between practice and policy in the virtuous use of urban wastes for the remediation of urban soils.
This project brings together five established local community food projects throughout the UK that will trial different ideas for improving the nutritional value of the cooked food eaten by the most vulnerable groups in their community.
The network looks to create new knowledge on intimacy in a postdigital context. It understands intimacy in the broadest sense. Where most accounts of intimacy focus on sexual or kinship relationships, the network looks to widen this, thinking about intimacy as a relational concept, or series of relationalities.
This two-year programme builds on existing research networks around peacebuilding, conflict transformation, gender, environment, climate change, and sustainability. It draws on expertise from Madagascar, Europe and the UK.
SCALE-it is working to increase the availability, accessibility and adoption of cost-effective alternatives to contentious inputs in organic farming.
This research addresses the experience of Otherness in Swiss contemporary concert dance, exploring the mechanisms of Othering/exclusion.
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).
Electric mobility technology is one transformative technology not only for its environmental but also socio-economic effects on individuals and the society in low-income countries (LICs).
Funded through UCDP - University Capacity Development Programme - South Africa, ‘Transforming Staff Doctoral Research’ is a collaboration of Coventry University with the Walter Sisulu University and the University of Stellenbosch, South Africa.
The electrification of aircraft propulsion is the most promising solution to meet the growing demand for air transportation while addressing environmental challenges
This study aims to contribute towards a better understanding of the impact of identifying dyslexia in children and adults. Of specific interest is the effect on identity, self-belief and reading progress in light of the age at which a learner is identified as dyslexic.
The provision of digital technology to older people may not be effective for a range of reasons for example, low motivation; digital literacy; insufficient support; language and communication skills; age-related mobility or cognitive restrictions. We are interested in understanding these reasons in order to improve the process of matching self-management technology to individual needs.
This study aims to characterise the molecular mechanisms and functions of a novel APT, ABHD16A.
The aim of the project is to develop a sustainable and environmentally friendly method to recover precious metals from electronic waste that will create a closed-loop system to recycle metals back into the supply chain as required in a sustainable circular economy.