Pages tagged with: erdf
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Radley Scientific case study
Case study highlighting how Radley Scientific Ltd benefited from the Plymouth Materials Characterisation Project (PMCP).
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European Structural and Investment Funds (ESIF) projects
ESIF funded projects to develop innovation, employment, sustainability and economic growth with the University of Plymouth and partners.
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Robot research offering comfort to care home residents
PhD student Hannah Bradwell is exploring how robots offer comfort to care home residents – and whether they can be affordable for small budgets.
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eHealth expert named among nation’s lifesavers
Professor Ray Jones, whose research and projects focus on empowering more people to use digital health, is featured in a new Universities UK campaign.
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STEM Graduates into Business
University of Plymouth: STEM Graduates into business provides opportunities for graduates in Science, Technology, Engineering and Maths to undertake 6–12 month paid internships with Devon SMEs.
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FIND
The FIND project uses fluorescence imaging techniques to provide early warning reactive systems for diagnosis and treatment of plant and crop health.
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Environmental Futures and Big Data Impact Lab
Find out more about Impact Lab, the part-funded ERDF project at the University of Plymouth
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Funding campaign helps turn marine litter into surfing products
Odyssey Innovation is being supported by Acceleration Through Innovation, a project led by the University of Plymouth, to turn collected marine litter into new and sustainable products
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Marine Business Technology Centre digital events
What's on at the University of Plymouth: Marine Business Technology Centre digital events. Networking and learning opportunities for Devon marine and digital businesses. University of Plymouth, 5 and 7 November 2019.
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ARC Marine Case Study
University of Plymouth Electron Microscopy Centre: Case study highlighting how ARC Marine benefitted from the Plymouth Materials Characterisation Project (PMCP)
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Owens Case Study
Case study highlighting how Owens benefitted from the Plymouth Materials Characterisation Project (PMCP)
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Traditional technique could inspire new generation of efficient homes
The University of Plymouth is leading an international research project which aims to take a traditional building method and repurpose it to create a new generation of energy efficient homes