About Culham Campus
Culham Campus is the UK's headquarters for fusion energy research, operated by the UK Atomic Energy Authority (UKAEA) on an 80-hectare site near Abingdon. More than 3,000 people work across 45+ organisations, including 17 companies in the fusion supply-chain cluster and 150+ apprentices in advanced technical training.
The campus began as Royal Naval Air Station HMS Hornbill in 1944. UKAEA selected it for a plasma physics and fusion laboratory in the late 1950s, opening in 1965 — marking 60 years of fusion research in 2025. It is not a speculative future-energy site: it is where some of the world's most important fusion experiments have already taken place, and where a large part of the UK's fusion expertise, engineering capability and supply-chain knowledge is concentrated.
Culham focuses on fusion energy, robotics, materials science, decommissioning, apprentice training and increasingly AI and high-performance computing.
UKAEA and key programmes
UKAEA's mission is to lead delivery of sustainable fusion energy for scientific and economic benefit. With around 2,600 employeesacross its sites, it runs the UK's full fusion programme — from plasma science to engineering, robotics, materials, tritium systems and decommissioning.
| Programme / facility | What it does |
|---|---|
| MAST Upgrade | UK's flagship spherical tokamak experiment — the world's largest operational spherical tokamak. Creates plasmas reaching ~30 million °C. Studies plasma exhaust, spherical tokamak physics and design knowledge for future power plants. |
| JET (decommissioning) | The Joint European Torus — formerly the world's leading tokamak. Delivered final plasma (pulse 105,842) on 18 December 2023 after ~40 years. Now in decommissioning and repurposing to ~2040 — a major technical programme in its own right. |
| STEP | Spherical Tokamak for Energy Production — the UK's prototype fusion power plant programme. Culham is central to the science, engineering, robotics and materials expertise feeding into STEP, even as the power plant site is in Nottinghamshire. |
| RACE | Remote Applications in Challenging Environments — UKAEA's robotics centre for extreme industrial environments. See below. |
| Materials Research Facility (MRF) | Prepares and examines radioactive material samples; part of the National Nuclear User Facility and Henry Royce Institute for Advanced Materials. Bridges the gap between university labs and large nuclear licensed facilities. |
| Oxfordshire Advanced Skills (OAS) | Apprentice and technical training centre on the secure campus. Pathways in advanced engineering, digital technology, electronics, materials and mechatronics. |
| Sunrise AI supercomputer | £45m facility linked to the UK's first AI Growth Zone. Targeted for operation in June 2026. Supports fusion research through AI-accelerated modelling, high-fidelity simulations and digital twins. |
| Special Techniques Group | Specialist material joining capability with decades of industry experience. |
UK's first AI Growth Zone
Culham Campus has been selected as the UK's first AI Growth Zone, connecting AI compute, fusion energy, data-centre infrastructure, UKAEA, Science Vale and the Oxford-Cambridge Growth Corridor. The designation was announced in April 2025 and is backed by plans for one of the UK's largest AI data centres, beginning with 100MW capacity and scaling to 500MW. GOV.UK: AI Growth Zones
Sunrise AI supercomputer
The government committed £45m for Sunrise, a 1.4MW AI supercomputer at Culham targeted for operation in June 2026. It is designed to be the world's most powerful AI supercomputer dedicated to fusion energy, delivering up to 6.76 Exaflops of AI-accelerated modelling. Sunrise is a joint programme involving AMD, Dell Technologies, Intel, UKAEA, WEKA and the University of Cambridge. GOV.UK announcement
Sunrise applies AI where the problems are hardest: fusion energy. Use cases include plasma turbulence, materials development, tritium fuel breeding, high-fidelity simulation and digital twins for complex fusion systems.
Jobs the AI Growth Zone creates
| Role family | Why Culham benefits |
|---|---|
| AI infrastructure / data centres | Compute facilities, power, cooling, networking, security, site operations |
| HPC / platform engineering | Sunrise, fusion modelling, scientific computing, digital twins |
| Software engineering | AI tooling, simulation workflows, data pipelines, control systems |
| Energy engineering | Grid connections, power infrastructure, fusion-energy research |
| Robotics and autonomy | RACE, remote handling, hazardous environments |
| Planning / construction / infrastructure | Large-scale data-centre and campus buildout |
| Cybersecurity | Secure compute, national infrastructure, AI systems |
Why Culham was chosen: power, position and ping
Data centres have three fundamental requirements — power, position and ping — and Culham combines all three. This is the cleanest explanation for why Oxfordshire rather than anywhere else became the UK's first AI Growth Zone.
| Factor | Why Culham qualifies |
|---|---|
| Power | Legacy power infrastructure from the Joint European Torus fusion experiment, decommissioned 2024. Plus a 500MW battery energy storage system secured by Statera Energy at the Culham substation site. |
| Position | UKAEA headquarters, Science Vale, Harwell Campus, Milton Park and Oxford within 30 minutes. Deep technical workforce; 40+ organisations on campus. |
| Ping | Low-latency compute matters for AI inference, autonomous systems, remote healthcare and high-performance applications. Oxford proximity and M4/M40 connectivity support fast data routing. |
Critical national infrastructure
In September 2024 the UK Government designated data centres as critical national infrastructure, placing them alongside energy, water and telecommunications. This shifts the Culham AI Growth Zone from a commercial development story to one about nationally significant infrastructure — relevant to planning policy, investment certainty and public-sector procurement.
The government's stated ambition is for the UK to be an "AI maker, not an AI taker" — building domestic compute capacity rather than depending entirely on overseas infrastructure. Culham is the centrepiece of that programme.
Statera Energy: 500MW battery storage at Culham
Statera Energy has secured planning permission for a 500MW battery energy storage systemat Culham, located near the Culham substation and UKAEA campus. Statera has said the project will help provide power stability for Culham Campus as the UK's first AI Growth Zone. This makes Culham not just fusion plus AI, but also a clean-energy infrastructure location — with large-scale grid storage as a fourth element alongside UKAEA, AI compute and fusion research.
RACE: robotics for extreme environments
RACE was established in 2014 and has grown to 300+ mechanical, electrical and cybernetics engineers. Its 2,000 sq m multifunctional workhall includes two 20-tonne gantry cranes, reconfigurable robotic cells, control rooms and NIST test lanes for unmanned vehicles. It designs, builds and operates robotics for fusion power plants, nuclear decommissioning and other environments where human access is impossible or unsafe.
Culham is not just fusion physics. It is one of the UK's most important centres for robotics in hazardous environments. RACE works across:
| Skill area | Relevant roles |
|---|---|
| Robotics | Robotic systems, manipulation, teleoperation, autonomy |
| Software | Control systems, simulation, digital twins, operator interfaces |
| Mechanical engineering | Tooling, fixtures, remote-maintenance hardware |
| Electrical and controls | Machine control, safety systems, sensors, actuators |
| Cybernetics and autonomy | Perception, planning, human-machine interaction |
| Hazardous environments | Remote operations, safety, nuclear decommissioning support |
Jobs and careers at Culham
Culham supports a wide spectrum of roles — from plasma physicists and fusion engineers to software developers, AI specialists, roboticists, apprentices and professional services. Some roles require security and background checks (BPSS; occasionally DBS).
| Role family | Example roles |
|---|---|
| Fusion science | Plasma physicist, tokamak scientist, plasma modelling, experimental physicist |
| Software and computing | Plasma code developer, scientific software engineer, simulation, digital twins, HPC, AI/ML |
| Robotics | Remote handling engineer, robotics engineer, autonomy, controls, teleoperation |
| Mechanical engineering | Test rigs, tooling, fusion components, systems engineering |
| Electrical and controls | Control and instrumentation, protection systems, diagnostics, safety |
| Materials | Irradiation testing, metallography, materials characterisation, nuclear materials |
| Tritium and fuel cycle | Tritium operations, safety, process systems, regulated facilities |
| Decommissioning | JET decommissioning, remote removal, waste planning, site redevelopment |
| Apprenticeships | Digital, electronics, embedded systems, materials, mechatronics, project management |
| Professional services | Procurement, finance, HR, programme management, commercial, estates |
Getting to Culham
Culham Campus (OX14 3DB) is one of the most directly rail-connected science campuses in the UK. Culham station (GWR) is a short walk from the campus, with direct services to Oxford (~10 min), Didcot Parkway (~5 min, then Paddington ~40 min), and onward to the South West, West Midlands and Wales.
Bus routes serving the campus:
| Route | Connects |
|---|---|
| 45 | Abingdon to Templars Square, Cowley / Oxford direction |
| 95 / 95B | Didcot to Culham Campus |
By road, the campus is off the A415 east of Abingdon, with access to the A34 and M40. Abingdon town centre is around 3 miles. The campus also has a growing cycling culture with Bike2Work events and cycling infrastructure.
See the Oxfordshire getting around guide for full commute matrices.
Where to live for Culham
Abingdon is the natural town base. Didcot is the rail and new-build base. Wallingford is the lifestyle base. Oxford is the city base.
| Location | Why it works |
|---|---|
| Abingdon | Most obvious large-town choice: close, historic, good services, river, schools and Oxford access. OX13/OX14. |
| Didcot / Great Western Park | Rail access, new-build supply, Science Vale infrastructure. Also useful for Harwell and Milton Park. OX11. |
| Wallingford | Thames-side market town, quieter than Didcot or Abingdon, lifestyle-led appeal. OX10. |
| Wantage and Grove | Good for households also linked to Harwell or Milton Park. More space, market-town living. OX12. |
| Oxford | City amenities, hospitals and university links. Higher cost; quick train to Culham. OX1–OX4. |
| Milton Heights (Blaise Park) | Adjacent to Milton Park; close to Culham station. OX13. |
| Clifton Hampden, Long Wittenham, Sutton Courtenay | Village options close to campus. More limited stock, strong local character. |
Science Vale: Culham, Harwell and Milton Park
Culham is one of three complementary Science Vale employment anchors in southern Oxfordshire — and since the AI Growth Zone designation, a fourth layer has been added: large-scale AI infrastructure and compute. Together they make a dual-career household story credible: one person at Culham, another at Harwell, Milton Park, Oxford or Reading.
| Hub | Core identity | Best audience |
|---|---|---|
| Culham Campus | Fusion energy, robotics, materials, decommissioning, AI simulation, AI Growth Zone compute | Engineers, physicists, robotics/software, energy and AI infrastructure specialists |
| Harwell Campus | Space, quantum, synchrotron science, national labs, vaccines, advanced materials | Scientists, space engineers, quantum specialists, biotech and data professionals |
| Milton Park | Life sciences, biotech, commercial labs, healthtech, professional services | Biotech workers, commercial science firms, lab users, business services |