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Reference Number UKRI454
Title LboroCoreEquip
Status Started
Energy Categories Not Energy Related 70%;
Renewable Energy Sources (Other Renewables) 30%;
Research Types Equipment 100%
Science and Technology Fields PHYSICAL SCIENCES AND MATHEMATICS (Chemistry) 50%;
PHYSICAL SCIENCES AND MATHEMATICS (Physics) 50%;
UKERC Cross Cutting Characterisation Not Cross-cutting 100%
Principal Investigator Julie Turner
Loughborough University
Award Type Standard
Funding Source EPSRC
Start Date 31 December 2024
End Date 01 July 2026
Duration 18 months
Total Grant Value £597,556
Industrial Sectors Unknown
Region East Midlands
Programme NC : Infrastructure
 
Investigators Principal Investigator Julie Turner , Loughborough University
  Other Investigator Fasil Dejene , Loughborough University
Ishara Dharmasena , Loughborough University
Naëmi Leo , Loughborough University
Helen Nowell , Loughborough University
Chetna Prajapati , Loughborough University
Tanja Radu , Loughborough University
Web Site
Objectives
Abstract This Core Equipment Award will enable Loughborough University to purchase nine items of multiuser equipment underpinning our engineering and physical sciences research and active EPSRC funding portfolio. The equipment will enhance and extend the reach of recent institutional investments in our STEM infrastructure and equipment, supporting key research areas under Loughborough’s Research and Innovation strategy ‘Creating Better Futures. Together’ and strongly aligning to one of our three core strategic themes ‘Climate change and Net Zero’. The equipment will be carefully embedded within dedicated spaces of our facilities ecosystem to maximise usage, ensuring efficient staffing support and provision of consumables resources across the different engineering and physical sciences disciplines and fields. Adopting this centrally co-ordinated and institution-wide approach to core equipment will facilitate new research collaborations within academia and with industry partners. The equipment requested in this application will optimise our internal capability and breadth of capacity and will additionally increase our ability to support academic, postdoctoral and technical staff. The training needs of our doctoral researcher community will be fully supported through prioritised time allocation on dedicated equipment and provision of training and development workshops, as well as opportunities to work alongside academic and technical mentors for all Early Career Researchers and students. The selected equipment includes an enhancement of our mass spectrometry capability which is needed to support our growing environmental research activities spanning multiple Schools and research groups across the University, ranging from Chemistry and Physics to Physical Geography, Chemical Engineering, the Centre for Renewable Energy Systems Technology (CREST) and the Water Engineering and Development Centre (WEDC). Our multi-user facility for thin film deposition and lithography will be substantially expanded and enhanced through the purchase of a new Reactive Ion Etcher and a maskless Microwriter. This will support the thin film and lithography infrastructure established in the Physics Department extending resolution from ~200 nm to 20 nm and will enable our upcoming early career researchers working across our Physics, Chemistry and Engineering departments to flourish. The award will also support growing demand for our multi-user access facility in thin film and lithography as well as creation of a cross-university ‘Advanced Smart Textile Facility.’ Together these investments will enable accelerated scale-up of current research and innovation endeavours and provide a set of Research Technical Professional-led platforms to support collaborative research across the university, alongside bespoke researcher training and broader career development pathways
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Added to Database 14/01/26