Head of Computational Science and Engineering Research

Head of Computational Science and Engineering Research

Join to apply for the Head of Computational Science and Engineering Research role at STEP Fusion

The UK Government has established UK Industrial Fusion Solutions (UKIFS) Ltd, a subsidiary of UK Atomic Energy Authority (UKAEA), to lead the charge in delivering fusion energy through design and delivery of the Spherical Tokamak for Energy Production (STEP) prototype fusion plant. UKIFS is establishing itself, setting up the company, attracting talent, engaging with industry, developing a supply chain, and planning and constructing of the STEP prototype.

Fusion energy, crucial for combating climate change and ensuring energy independence, is expected to be commercially viable by mid-century. The UK, led by UKIFS, aims for a prototype fusion plant, targeting first operations around 2040. UK Industrial Fusion Solutions Ltd. will lead delivery, collaborating with industrial partners and building a fusion supply chain with an estimated global sector value of £7tn per year.

Join UKIFS and the STEP programme to be involved in this ground breaking journey.

A full list of our benefits can be found here:

For more information on UKIFS, visit:

The role will be based at West Burton Power Station with onsite working expected for 3 days each week.

Closing date to apply: 12 September.

We are seeking an internationally recognised Head of Computational Science and Engineering Research to lead a newly established, strategically critical research programme. Reporting directly to the Director for Science and Technology, you will shape and deliver a decadal vision for how advances in high-performance computing, simulation, and AI can be harnessed to support the STEP mission. You will work in close partnership with UKAEA, our Whole Plant Partners, and the Engineering Delivery Directorate to ensure that STEP benefits from the most advanced computational tools and techniques available.

This is a rare opportunity to lead a world-class, delivery-driven research programme that will define the digital backbone of the UK’s fusion future.

Computational Science and Engineering Research (CSER)

Your programme will:

• Advance Simulation Capabilities:
  Develop scalable, high-fidelity models to predict plasma and materials behaviour in fusion conditions.
• Enable Engineering Integration:
  Support the creation of “Virtual STEP”—a digital twin of the prototype plant for design, qualification, and operation.
• Leverage Emerging Technologies:
  Harness AI, machine learning, and next-generation hardware to accelerate innovation and reduce technical risk.

Strategic Programme Leadership

• Define and deliver a decadal roadmap for computational science and engineering research aligned with STEP’s delivery needs.
• Identify high-impact areas where simulation can reduce risk, optimise design, and support regulatory compliance.
• Lead a cross-organisational team spanning UKAEA, industrial partners, and academia.

Technical Innovation & Integration

• Support the development of Virtual STEP through innovations in surrogate modelling, uncertainty quantification, and integrated simulation frameworks.
• Collaborate with plasma and materials science leads to ensure computational tools meet their evolving needs.
• Partner with the Head of Engineering – Computing, Modelling and Simulation to ensure interoperability and strategic alignment.

Partnerships & Influence

• Act as the primary interface for computational research with UKAEA and future Engineering and Construction Partners.
• Build a robust network of collaborators across academia, industry, and government.
• Promote a “one-team” culture across diverse partner organisations.

Programme Management

• Define measurable targets that demonstrate continual benefit to STEP throughout design, construction, and operation.
• Develop and manage the programme budget, ensuring delivery to cost and schedule.
• Provide strategic workforce planning and grow the team across partner organisations.

Innovation & Economic Impact

Foster a culture of innovation and responsible research. Manage intellectual property to maximise commercial value while supporting open collaboration.…