Last week I traveled down to Leeds to take part in the RCUK Energy Programme Regional Meeting. Although this was billed as a Research Councils UK event, EPSRC were definitely running the show, with an hour of the morning session dedicated to a presentation by Kathryn Magnay, Energy Theme Lead at EPSRC and most of the afternoon devoted to breakout sessions on different topics by various EPSRC Portfolio and Programme Managers.
The Energy Programme is a cross-Council collaborative effort to “position the UK to meet its energy and environmental targets and policy goals through high quality research and postgraduate training.” Alongside EPSRC, which leads the theme, BBSRC, STFC, NERC and ESRC are also involved in co-funding some programmes, as well as Innovate UK and BEIS.
Apart from EPSRC input, there were nine short presentations from Northern universities, including Leeds, Sheffield, York, Newcastle, Durham, and Northumbria. These gave a brief snapshot of energy-related research activity at the respective institutions and suggested that there is a diverse and thriving programme of research in this area.
- The Energy theme will shift from predominantly managed calls to responsive mode funding. The EPSRC’s Council has a target of 60% Energy theme funding to be driven by the research community via responsive mode grant applications by the end of the delivery plan. However, there are no plans to establish separate panels for Energy themed applications. Normally they will be considered by Engineering panels (or Physical Sciences/Materials where this is the main focus). At the moment, the Energy applications will be ranked in the same ordered list as other types of proposals, but if there is sufficient demand then EPSRC will consider setting up a separate list for Energy themed bids.
- EPSRC staff gave an overview of the three main responsive mode grant schemes: Standard Grants, Fellowship Grants, and First Grants: Standard grants are often collaborative and in the region of £500k – £1.2M, although smaller and larger values are possible; Fellowships support the development of future research leaders; First Grants are small short grants designed to kickstart your research career as an independent academic.
- There was a summary of success rates for various schemes compared with all proposals submitted to the Energy theme:
Establish Fellowships 60% Early Career Fellowships 22% Postdoctoral Fellowships 21% Standard Grants 37% First Grants 29% All Energy Proposals 35%
- A session dedicated to Fellowships emphasized the focus is on the candidate and their potential for future leadership, and that the Fellowship should enable you to achieve your personal research vision, your “niche”, and that you should have the ambition to build a team around you and also engage with the public/media. There is up to 12 months allowed in a Fellowship for a secondment to another academic institution or industry. EPSRC would like to see more Fellowship applications in the Energy theme.
- Equality and diversity is a major priority for this theme following the revelation that only 11% of PIs funded through the Energy theme are female. To help achieve this, there will be a “Diversity Challenge Call” of up to £5M for projects which demonstrate a step-change in the community towards E&D. A call for outline proposals will open in July 2017 and EPSRC will be looking for institutional-level bids.
- The EPSRC’s recently completed “Balancing Capability“ exercise was pitched as a chance to “create space for new activities”. With regards to the “grow, reduce, maintain” labels, participants were encouraged to read the underpinning description which is unique for each of the 111 research areas and reveals the strategy for each area. Of the energy-related areas, it was noted that “Storage” and “Materials for Energy Applications” are both labelled “Grow”, while “Fuel Cells” is “Reduce”.
- There are likely to be more Energy-related opportunities available through the Industrial Strategy Challenge Fund, for which priority areas are currently being finalised. Three relevant challenge areas are “New energy technologies”, “Integrated and Sustainable Cities” and “Robotics and Artificial Intelligence”, which has a focus on battery research.