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Fully Funded Studentships Supporting the GCRF and UN Sustainable Development Goals

Fully Funded Studentships Supporting the GCRF and UN Sustainable Development Goals

Coventry University have launched a suite of fully funded studentship opportunities that support the Global Challenges (GCRF) and UN Sustainable Development Goals.

The Global Challenges Research Fund (GCRF) supports innovative research that responds to emerging challenges across the globe. Not dissimilar to the key areas established under the UN Sustainable Development Goals framework, the focus lies in research which can create new solutions that will have significant impact on people’s lives.

The studentships have been designed by leading researchers from across Coventry University. The interdisciplinary projects will be supervised by team members from more than one of our Research Centres, covering a breadth of disciplines and research areas.

We have a network of 14 Research Centres that collaborate locally, nationally and globally to carry out our multidisciplinary and challenge-led research. All of our centres are committed to achieving impact and producing stellar outputs.

The studentships will commence in September 2020 and are open to UK/EU/International graduates who meet the stated Coventry University Research Programme eligibility criteria.

See below for our suite of available projects, filed under the relevant Research Centres.

Building capacity for more sustainable and equitable governance of the rangeland commons in South AfricaDetails
Modelling Nature Based Solutions to control flooding and erosion in Gihembe refugee camp, RwandaDetails
Treating New and Emerging Pollutants associated with slums in developing countries using Sustainable Drainage Systems (SuDS): monitoring and modellingDetails
Trees for climate change and agroforestry: towards sustainable planting strategies in AfricaDetails
Computational biology and gene network inference: study the effects of diurnal asymmetric warming on plant defence and growthDetails
Enhancing Mangrove Forest Resilience against Coastal Degradation and Climate Change Impacts using Advanced Bayesian Machine Learning MethodsDetails
Towards the Circular “plastics” Economy: Understanding the impacts of Bio-plastics to the environment, businesses and societyDetails
Characterisation of human respiratory exposure to automotive particulate matter emissionsDetails
Impact of Soil Hydrophobicity on Flooding and Erosion HazardsDetails
Novel mathematical modelling of normal and diseased human heartsDetails
Reactive transport modelling of CO2 trapping mechanisms within potential storage sitesDetails
Swirling flows for air and water filtrationDetails
Accurate detection of true effective labour using electrohysterography: Towards remote pregnancy monitoring in low-resource settingsDetails
Advanced Thermal Management System for Energy Storage System using Second-life Lithium-ion BatteriesDetails
Applying advanced thermal management and optimisation methods to e-scooters and e-motorbikesDetails
Developing an innovative inkjet printing technique to fabricate a cost-effective electrode for renewable hydrogen production via ammonia electrolysisDetails
Development of optimal lighting system to improve crop productivityDetails

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