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UK Atomic Energy Authority · Abingdon, England, United Kingdom
Fusion, the process that powers the sun and stars, is one of the most promising options for generating the cleaner, carbon-free energy that our world badly needs. UKAEA leads the way in realizing fusion energy, partnering with industry and research organisations to achieve ground-breaking advancements. Our goal is to bring fusion electricity to the grid by developing the power stations of tomorrow and the skilled workforce to deliver them.
About the job
Join UKAEA’s Materials Division as a Senior Scientist and help shape the materials that will enable future fusion power plants. This is an opportunity to influence the design of next-generation fusion systems through innovative research, technical leadership and collaboration across the fusion and nuclear materials communities.
The role provides leadership on material requirements for use in in‑vessel plasma‑facing components (PFCs), focusing primarily on Cu-alloy heatsink materials. It ensures coordinated, technically robust materials‑engineering support across STEP Vacuum and In‑Vessel Systems (VIVS) PFC development activities.
Expertise in the development and testing of Cu-alloys heat sink materials is essential for the role. Accompanied by expertise in mechanical & thermophysical properties testing for engineering design to deliver materials performance data for the development of STEP PFCs. Knowledge of tungsten as an armour material for PFCs is also desirable.
What You’ll Be Doing
Organise, lead and coordinate short and long-term projects (Project >£100k), arranging specimen/data procurement, scope of work, funding and resources for sample preparation, testing and modelling.
Deliver high quality, novel research and engineering in the field of nuclear materials through own endeavour and creative input.
Compile and present results within technical reports and internal meetings, contributing as a lead author in high-impact publications.
Lead in the definition of materials requirements for operation in a fusion power plant, collaborating closely and building a network not just with internal stakeholders but with other fusion and fission partners in both academia and industry.
Build and provide leadership and management to, a small team of material scientists or PhD students, providing direction and allocating them to projects (Project >£100k) as required. This may also include leading teams during experiments or modelling exercises, to ensure that data is collected and reported in a robust and timely manner.
Manage relationships with external collaborators (including universities, public sector research establishments and industry in fusion and fission related fields) and customers, in order to complement UKAEAs internal capability.
Lead on the contribution to the development and positive reinforcement of UKAEAs knowledge base, design rules and practices in the area of materials & nuclear physics research and development.
Propose, lead bids and secure funding and contribute to delivery of novel projects (Project >£100k) aligned with internal strategy (e.g. STEP, EUROfusion, EPSRC, PhD, Masters placements, graduates)
Represent UKAEA at both domestic and international conferences, as well as at various meetings and functions as required.
Participate in a national working group in a specialist area of nuclear related science (e.g. EUROfusion group, standards committee, benchmarking across countries).
What You’ll Bring
PhD degree in a relevant subject or
equivalent
learning across an HNC / apprenticeship / base degree plus work experience.
Significant previous research-oriented experience in a laboratory environment / materials research group / experimental campaign.
Ability to work well within a team and to readily articulate complex technical information to both specialist and non-specialist audiences.
Ability to deliver high-quality results to tight timescales and budgets.
Fluent written and spoken English
Digital literacy across MS Office (Outlook, Word, Excel, PowerPoint)
UKAEA is an onsite organisation, and this role requires regular onsite presence (usually 5 days in any given week) in line with business needs. We actively support flexible working arrangements where this is compatible with the role.
A salary of £57,117
(inclusive of a 5,800 specialist allowance)
Final salary defined benefits pension scheme with an equivalent of 21.5% employer pension contribution
25 days annual leave plus 2.5 'privilege' days; 8 Bank Holidays
Additional 3 days of site closure over Christmas break
Flexible working options plus family-friendly leave provisions
Our commitment to ED&I
UKAEA's mission is clean energy for all, and we welcome talented people from all backgrounds to help us achieve this goal. We are committed to equality, diversity, inclusion and accessibility, and strive to ensure fair representation across our workforce.
Please email if you have any questions or require adjustments to help you participate fairly in our recruitment process, for example changes to the way we interview or share information. As a Disability Confident Employer, we are committed to providing an inclusive and accessible recruitment experience for all candidates.
We particularly encourage applications from groups currently underrepresented in STEM, including women and people from diverse ethnic backgrounds. All appointments are made on merit and further information can be found here.
Salary: £57,117 (inclusive of Specialist Allowance) + excellent benefits including outstanding pensionDivision: MaterialsSite
UKAEA Culham, OxfordshirePosition Grade: Grade GDepartment: Materials - FMI
Details
| Company | UK Atomic Energy Authority |
| Location | Abingdon, England, United Kingdom |
| Type | FULL TIME |
| Niche | tech |