Full-Time

Magnets Engineering Manager

Posted on 8/18/2026

UK Atomic Energy Authority

UK Atomic Energy Authority

1,001-5,000 employees

Advances fusion energy through national research

No salary listed

Retford, UK

Hybrid

Hybrid work arrangement.

Bachelor's

Category
Engineering Management (1)

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Requirements
  • Significant leadership experience in the development and/or delivery of superconducting magnets.
  • A degree or equivalent professional recognition in a relevant engineering or scientific discipline.
  • Chartered Engineer or equivalent status with a relevant professional body, or commensurate experience.
  • Expert and broad knowledge of magnet technology.
  • Substantial experience in the engineering of complex systems.
  • Effective teamwork, a practical approach to problem solving, and excellent communication.
  • The ability to inspire and motivate.
  • Experience setting strategic direction and revising priorities in a rapidly evolving context.
  • Experience coordinating interdisciplinary teams of engineers and scientists.
  • Employees must complete an online Baseline Personnel Security Standard check, including Disclosure and Barring Service checks for criminal convictions.
Responsibilities
  • Act as the Technical Authority for STEP magnets and take responsibility for the overall adequacy of magnet design and development, including performance, integrity, and technical delivery.
  • Prioritize magnet design efforts to support convergence of the overall plant design.
  • Guide the team to achieve the target design-definition and confidence levels required by the programme.
  • Manage interfaces with wider STEP power-plant systems.
  • Ensure programme-generated intellectual property is managed in accordance with UKIFS policy.
  • Drive technology demonstrations to eliminate major obstacles and increase confidence in fulfilling magnet requirements.
  • Review priorities continually and deploy resources accordingly.
  • Lead cross-functional teams in implementing best-for-programme solutions.
  • Work with Project Managers to manage budgets and milestones.
  • Develop the strategy for magnet-staff recruitment, retention, training, and development.
  • Work with the UKFE Prototype & Test team to build corporate competence and practical experience in magnet-design, manufacturing, and operations disciplines.
  • Develop the magnets supply chain by engaging global technical and manufacturing experts in industry and research institutes.
  • Work with the commercial team to maximize the value added by UK supply-chain bodies for the STEP programme and beyond.
  • Ensure effective technical and quality management of contracts and collaborations.
  • Foster a positive, inclusive, innovative, and delivery-focused team environment.
  • Represent the organization's values and professionalism in interactions with colleagues, clients, and stakeholders.
Desired Qualifications
  • Expertise in high-temperature superconductors.
  • Expertise in quench detection and protection.
  • Expertise in superconducting cable design and development.
  • Expertise in manufacturing.
  • Expertise in commissioning and operation.
  • Expertise in tokamak engineering.
  • Experience working with emerging technologies.
  • Experience working on major engineering programmes, such as big-science programmes.
UK Atomic Energy Authority

UK Atomic Energy Authority

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UK Atomic Energy Authority coordinates and delivers research and development to enable commercial fusion power and related technologies in the UK. It runs four facilities—CCFE for experimental fusion, RACE for robotics and remote handling, MRF for materials research, and OAS training with STFC—to advance fusion science, engineering, materials, and workforce skills. Its government-backed mandate, scale across multiple specialized facilities, and collaborations with industry and academia help translate lab findings into real-world energy solutions. The goal is to position the UK as a leader in sustainable fusion energy by bringing fusion power from the lab to commercial deployment.

Company Size

1,001-5,000

Company Stage

N/A

Total Funding

N/A

Headquarters

Clifton Hampden, United Kingdom

Founded

1954

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Simplify Jobs

Simplify's Take

What believers are saying

  • Sunrise launched with £45 million, targeting 6.76 exaflops for plasma, materials, and tritium modeling.
  • June 2026 agreements with QST, PPPL, and Stellarex widen UKAEA's global partner base.
  • TAE Beam UK and First Light Fusion deepen UKAEA's commercialization pipeline beyond government labs.

What critics are saying

  • STEP still targets the 2040s, leaving a long gap before meaningful power-plant revenue.
  • If Sunrise underdelivers, Culham's AI advantage disappears against US and China labs.
  • A spending review cut or STEP delay would strand UKAEA's 2,600-person platform.

What makes UK Atomic Energy Authority unique

  • Whyte joins in autumn 2026, bringing MIT magnet expertise and Commonwealth Fusion Systems credibility.
  • UKAEA runs Culham, the UK's largest fusion campus, with 2,600 staff across four sites.
  • Its STEP programme and UK Fusion Energy Ltd keep government-backed commercialization tightly integrated.

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Benefits

Flexible Work Hours

Paid Vacation

Paid Holidays

Performance Bonus

Company News

Yahoo Finance
Aug 12th, 2026
MIT fusion pioneer Dennis Whyte appointed CEO of UK Atomic Energy Authority

Professor Dennis Whyte has been appointed CEO of the United Kingdom Atomic Energy Authority Group, taking up the role this autumn. Whyte is a co-founder of Rutherford Energy Ventures, a professor at MIT, former director of the MIT Plasma Science and Fusion Center, and co-founder of Commonwealth Fusion Systems. He will oversee UKAEA's fusion research and development, advance commercial pathways, and strengthen international partnerships as the UK works to commercialise fusion energy technologies. Whyte's pioneering work on high-temperature superconducting magnet technology transformed the commercial outlook for magnetic confinement fusion by enabling smaller, more efficient machine designs. "The world is entering a period of unprecedented energy demand," said Whyte. "Achieving commercial fusion will require coordinated efforts across governments, industry, investors, and the scientific community.

PR Newswire
May 14th, 2026
TAE Technologies and UKAEA launch fully funded joint venture to commercialize neutral beam fusion tech

TAE Technologies and the UK Atomic Energy Authority have formally established and fully funded their joint venture, TAE Beam UK, to commercialise particle accelerator technology for fusion energy applications. The venture, operating from UKAEA's Culham Campus, will develop neutral beams, a critical technology for heating and sustaining fusion reactions. TAE brings over two decades of patented intellectual property in particle accelerator research and development, whilst UKAEA contributes 40 years of fusion energy expertise, including operation of the Joint European Torus neutral beam system. The technology also has applications beyond fusion, including food safety, homeland security and cancer treatment through TAE's biotech subsidiary. The venture expands TAE's presence in the UK and aims to establish the country as an anchor in the global fusion supply chain.

Investegate
Apr 21st, 2026
First Light Fusion raises $31.8M led by East X Ventures and UKAEA for FLARE reactor development

First Light Fusion has raised £25 million in the first close of its latest funding round, led by East X Ventures and Starmaker One, with significant participation from the UK Atomic Energy Authority. Existing shareholders, including IP Group, also supported the round. The UK-based inertial fusion energy company will use the capital to accelerate commercial development of its FLARE Fusion Energy concept, which aims to provide a simpler, lower-cost pathway to fusion energy. IP Group currently holds a 28.3% undiluted beneficial interest in First Light, with an additional 17.3% held via its managed funds. The investment marks a strategic endorsement of First Light's technology and its relevance to the UK's long-term energy ambitions as it advances towards scalable, reactor-compatible fusion.

The Register
Mar 16th, 2026
UK invests $57M in AI supercomputer to accelerate fusion power research

The UK government is investing £45 million in Sunrise, an AI-driven supercomputer dedicated to fusion energy research, set to launch in June at the UK Atomic Energy Authority's Culham campus. The system will deliver up to 6.76 exaFLOPS of AI-accelerated modelling performance. Sunrise will combine high-performance computing with physics-informed AI models to run detailed simulations and create digital twins of fusion systems, helping researchers model plasma turbulence, develop reactor materials and advance tritium fuel breeding before conducting physical experiments. The machine incorporates AMD EPYC processors and AMD Instinct GPU accelerators on Dell PowerEdge infrastructure. The supercomputer will support UK fusion initiatives including the LIBRTI programme and the STEP project, a prototype spherical tokamak power plant planned for Nottinghamshire in the 2040s.

The Register
Mar 5th, 2026
CERN deploys AI-powered robot to inspect LHC's 27km beam pipes

CERN and the UK Atomic Energy Authority have developed PipeINEER, a 3.7-centimetre-wide robot designed to autonomously inspect the Large Hadron Collider's 27-kilometre beam pipes. The robot navigates areas inaccessible to humans, where superconducting magnets operate at −271°C under high vacuum conditions. PipeINEER travels up to six kilometres on battery power, capturing images of approximately 2,000 plug-in modules that handle temperature and pressure extremes. An AI model detects deformations in radio frequency components that could obstruct the beamline. When issues are identified, the robot returns to report precise locations, eliminating the need to disassemble pipe sections for manual inspection. The robot was developed by UKAEA's Remote Applications in Challenging Environments robotics centre, applying expertise from fusion energy research to particle physics.