STEM fellowships 2026 provide researchers with opportunities to secure funding, develop independent research programmes, and build the skills needed for long-term scientific careers. One major opportunity currently open is the Faraday Discovery Fellowship, a Royal Society programme offering up to £8 million over 10 years to outstanding mid-career STEM research leaders based in the UK.
The fellowship is designed for researchers with substantial research and leadership experience rather than undergraduate or master’s students. The Royal Society confirms that its funding programmes are generally aimed at researchers at postdoctoral level and above.
About the Faraday Discovery Fellowship
The STEM fellowships 2026 is a long-term research funding programme supporting exceptional mid-career researchers who want to pursue ambitious scientific questions and establish world-leading research groups in the United Kingdom. The current Stage 1 application deadline is 22 September 2026.
The programme supports researchers across the Royal Society’s STEM remit and does not restrict applicants to a set of predefined research themes. Instead, applications are assessed primarily according to the candidate’s research track record and the quality, ambition and vision of the proposed research.
The opportunity is particularly significant because its long-term structure gives successful researchers greater stability to develop research teams, pursue challenging questions and train future scientific leaders.
Faraday Discovery Fellowship 2026 Funding
Successful applicants can request up to £8 million over 10 years.
The funding structure consists of:
- Up to £6 million in core funding over 10 years
- Up to £2 million in additional funding, subject to specific justification
- Support for the development of research teams
- Funding for ambitious original research
- Support for researcher training and mentoring
- Resources for major equipment where justified
The Royal Society states that applicants should request only the resources required to complete their proposed research, with funding requests above £6 million requiring particularly strong justification.
This makes the fellowship substantially different from many shorter research grants because researchers can plan a scientific programme over a much longer period.
Research Areas Covered
The Faraday Discovery Fellowship is open across the Royal Society’s STEM remit. Eligible areas include:
- Biological sciences
- Biomedical sciences
- Chemistry
- Engineering
- Mathematics
- Physics
- Materials science
- Quantum research
- Artificial intelligence
- Engineering biology
- Net Zero technologies
There are no fixed thematic priorities for the fellowship. Instead, the Royal Society evaluates applications based on the quality of the researcher and the proposed scientific programme.
Recent Faraday Fellows demonstrate the breadth of research supported by the programme. The 2026 cohort includes projects involving human development, cosmology, volcano monitoring, mathematics, molecular biology, quantum technologies, solar-cell materials, ocean carbon capture and ecosystem restoration.
Who Can Apply?
The Faraday Discovery Fellowship is intended for mid-career research leaders, not students beginning their academic careers.
The Royal Society generally expects applicants to have approximately 10–20 years of research experience after a PhD or equivalent, although exceptional candidates with fewer years of experience may be considered.
Applicants should also demonstrate:
- A strong research track record
- Recognition as a research leader in their field
- Experience managing significant research grants as a principal investigator
- Experience leading research groups
- A clear and ambitious research vision
- Research within the Royal Society’s eligible scientific disciplines
The programme can consider applicants whose careers have included changes in research direction, industrial research, career breaks or other non-linear career paths.
International Researchers Are Eligible
Researchers of any nationality can apply, but successful applicants must be based in the UK to undertake the fellowship. This makes the programme relevant to established researchers around the world who are interested in developing a major research programme within the UK.
The Royal Society also provides flexibility for different career circumstances, including part-time working, career breaks, sabbaticals and secondments. Support can also be available for childcare costs associated with conferences and research visits.
What Will Applications Be Assessed On?
The fellowship uses a two-stage application process.
At Stage 1, applicants submit their CV and a summary of their proposed research. Candidates selected to progress then submit a full application at Stage 2. Full applications are reviewed by the relevant Faraday Committee and shortlisted proposals undergo independent peer review.
Important factors include:
- Quality of the applicant’s research track record
- Scientific originality
- Research leadership
- Ambition of the proposed programme
- Clarity of the research vision
- Potential to establish a world-leading research group
- Ability to develop future research leaders
There are no interviews for the Faraday Discovery Fellowship; shortlisted applicants are instead invited to respond to reviewers’ comments before the final assessment.
Key Dates for the 2026 Application Cycle
For the current 2027 round of the Faraday Discovery Fellowship, the Royal Society lists the following timetable:
Stage 1
- Application opens: 5 August 2026
- Application deadline: 22 September 2026
- Expected decision: 30 November 2026
Stage 2 – Invited Applicants
- Opens: 2 December 2026
- Closes: 3 February 2027
- Expected decision: 31 July 2027
The Royal Society indicates that awards from this round are expected to begin in October 2027.
Supporting the Next Generation of Scientists
Although the Faraday Discovery Fellowship is awarded to established research leaders, the programme has a broader objective: developing future scientific talent.
Fellows are expected to provide opportunities for mentoring, training and networking within their research groups. The programme also provides a career-development package for postdoctoral researchers working on funded projects.
This means the fellowship can potentially have an impact beyond the principal investigator by helping researchers at different career stages develop scientific expertise and leadership experience.
Why STEM Fellowships Matter for Research Careers
Major STEM fellowships can provide researchers with more than financial resources. Long-term funding can allow scientists to build teams, develop research infrastructure, pursue ambitious questions and establish international collaborations.
The Faraday Discovery Fellowship illustrates this model particularly clearly. The Royal Society describes the programme as a mechanism for supporting high-quality original research, developing world-leading UK research groups and training the next generation of research leaders.
For students and early-career scientists, it is also useful to understand that major fellowships often target different career stages. For example, the Royal Society’s University Research Fellowship is aimed at outstanding early-career scientists with potential to become leaders in their fields, while its Career Development Fellowship supports talented early-career scientists from underrepresented groups in STEM.
Final Thoughts
The STEM Fellowships 2026 landscape includes opportunities ranging from early-career research fellowships to major long-term awards for established scientists. The Faraday Discovery Fellowship stands out for its scale, offering up to £8 million over 10 years and supporting ambitious research programmes across the Royal Society’s STEM remit.
Researchers considering the opportunity should carefully review the official eligibility requirements, assessment criteria and application timetable before preparing a submission. The current Stage 1 deadline is 22 September 2026.
For students who are still building their research careers, the fellowship itself is not an immediate student funding opportunity, but its focus on developing research leaders highlights the importance of gaining strong research experience, publishing meaningful work, developing scientific expertise and building leadership capabilities over time.
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