Hydrogen Flame Impingement PhD Fellowship 2026 offers a fully funded research opportunity at University College London (UCL) for students interested in hydrogen-powered aviation. This PhD studentship in Mechanical Engineering focuses on understanding how hydrogen flames interact with high-temperature superalloys, using advanced experimental facilities and industry-linked research.
The PhD fellowship is open to UK, EU, and international students with a First Class or Upper Second Class degree in a relevant Engineering or Science field. Applicants must meet UCL’s English language requirements. Due to EPSRC regulations, the number of funded international places is limited.
Benefits of Hydrogen Flame Impingement PhD Fellowship 2026
- Full financial support for 4 years
- Collaboration with Rolls-Royce and access to industrial research facilities
- Hands-on experience with advanced experimental techniques (SEM, EBSD, TDS, mechanical testing)
- Opportunities to attend international conferences and publish high-impact research
- Training within a highly interdisciplinary academic–industry research environment
Eligibility Criteria for the Hydrogen Flame Impingement PhD Fellowship 2026
- Eligible Countries: All nationalities (UK, EU, and International)
- Acceptable Course or Subjects: The scholarship will be awarded in any subject offered by the university relevant to this project, including:
- Mechanical Engineering
- Materials Science
- Engineering
- Physics
- Chemistry
- Applied Mathematics
- Related Science or Engineering disciplines
- Admissible Criteria: To be eligible, applicants must meet the following criteria:
- Hold (or expect to obtain) a First Class or Upper Second Class UK honours degree (MSci or MEng) or an overseas equivalent
- Meet UCL English language requirements (e.g. IELTS ? 6.5 or TOEFL ? 92, if applicable)
- Be eligible for Home or International fee status (International places are capped under EPSRC rules)
- Demonstrate strong motivation and suitability for research in hydrogen, materials, and high-temperature engineering.
How to Apply for the Hydrogen Flame Impingement PhD Fellowship 2026?
- Carefully review the official PhD studentship details on the UCL Mechanical Engineering website to understand the research focus, entry requirements, and funding coverage.
- Check that you meet the academic background requirements, particularly in mechanical engineering, materials science, combustion, or closely related fields.
- Prepare your key documents, including an updated CV, academic transcripts, and a personal statement explaining your interest in hydrogen combustion and jet engine materials research.
- Draft a clear research motivation showing how your skills and previous experience align with hydrogen flame impingement and combustor material studies.
- Identify academic referees who can provide strong references related to your research ability and technical background.
- Submit your application through the University College London online application system by selecting the relevant PhD programme.
- Upload all required documents before the deadline mentioned on the official listing to ensure your application is considered.
- Shortlisted candidates may be contacted for further discussion or an interview with the supervisory team.
Frequently Asked Questions (FAQs)
Hydrogen Flame Impingement PhD Fellowship 2026 is a fully funded four-year research project starting in October 2026, focused on how hydrogen flame impingement affects jet engine materials. It includes tuition, stipend, advanced testing, Rolls-Royce collaboration, and international research opportunities.
What is the Hydrogen Flame Impingement PhD Fellowship 2026?
Hydrogen Flame Impingement PhD Fellowship 2026 is a fully funded doctoral research opportunity focusing on how hydrogen flame impingement affects jet engine combustor materials and alloys, exploring mechanisms of hydrogen interaction, diffusion, and microstructural response in high-temperature conditions for future aviation.
Who supervises the Hydrogen Flame Impingement PhD Fellowship 2026?
Hydrogen Flame Impingement PhD Fellowship 2026 is led by Dr Enrique Galindo-Nava, offering guidance through interdisciplinary research with Rolls-Royce, focused on experimental and modelling studies of hydrogen combustion effects on jet engine materials to support safer hydrogen-powered engine technologies.
When does the project start and how long does it run?
Hydrogen Flame Impingement PhD Fellowship 2026 project begins on 1 October 2026 and runs full-time for four years, giving ample time to conduct detailed experiments, advanced material characterization, modelling work, and collaboration with industrial partners to address hydrogen impact on combustor alloys.
What funding does the Hydrogen Flame Impingement studentship include?
Funding covers four years of tuition fees at the home rate, with international students receiving an award for fee differences, a maintenance stipend starting at around £22,780 per year that increases annually plus a £3,000 annual enhancement to support living and research expenses.
Where is the Hydrogen Flame Impingement PhD based?
The studentship takes place at the Mechanical Engineering department in Bloomsbury, London, offering access to state-of-the-art labs, industry engagement, and networking opportunities while conducting high-temperature hydrogen flame experiments and materials research.
What research activities are involved in this PhD project?
Research includes exposing materials to hydrogen flames, thermal desorption spectroscopy to measure hydrogen content, advanced microscopy techniques like SEM, EBSD, EDS, in-situ tensile testing, and mechanical testing to assess microstructural damage in combustor alloys.
Who is eligible to apply for this studentship?
Applicants with or expecting an upper second or first class UK honours degree (MSci, MEng, or equivalent) in engineering, materials science, physics, chemistry or related subjects, and meeting English language requirements, can apply, with strong competition for international candidates.
What are the application requirements for this PhD?
You must submit a PhD application through the university system and email Dr Enrique Galindo-Nava a one-page motivation statement, a two-page CV, and university transcripts to express interest and allow the supervisory team to consider interviews for shortlisted candidates.
What collaborations are part of this Hydrogen Flame Impingement project?
The fellowship involves collaboration with Rolls-Royce, offering students the chance to work alongside industrial experts in hydrogen combustion and high-temperature materials, attend international conferences, publish impactful research, and engage with professionals in the field.
How does this PhD support future hydrogen aviation technologies?
By investigating how hydrogen flames interact with jet engine materials, the research will provide critical insights into material lifing, alloy selection, coating effectiveness, and failure mechanisms that support the safe and efficient design of future hydrogen-powered aircraft engines.
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