UKAEA Culham Commercial Development Project

As part of a major regeneration programme at Culham Science Centre, our team has designed an 8,000m² research and development building for the UK Atomic Energy Authority (UKAEA).

This nearly £40 million facility, backed by a 35-year forward funding agreement with Legal & General, will provide cutting-edge engineering and office space to support the growth of science and technology companies within the UK’s world-leading fusion energy cluster. The project plays a pivotal role in the expansion of the South Oxfordshire campus, reinforcing its position as a global hub for scientific advancement.

The design of the new building prioritises flexibility and high-performance infrastructure, enabling multi-tenant occupancy to accommodate a diverse range of innovative enterprises. The inclusion of a specialist rig hall supports advanced research and development, fostering collaboration between public and private sector organisations.

By integrating high-specification workspaces with adaptable layouts, the facility enhances the ability of UKAEA and its partners to address critical challenges in fusion energy, robotics, artificial intelligence, and beyond.

Beyond its immediate function as a research hub, the building contributes to the wider economic and technological impact of Culham Science Centre. By attracting pioneering companies and investment, it strengthens the UK’s position at the forefront of fusion energy development while generating skilled jobs and driving productivity in the Oxfordshire region.

Its role in supporting emerging industries—including space exploration, healthcare, and sustainable energy—further cements Culham’s reputation as a centre for groundbreaking innovation.

Sustainability is a core principle of the design, with the building targeting BREEAM ‘Outstanding’ certification. This commitment ensures high environmental performance through energy-efficient systems, sustainable materials, and future-proofed design strategies.

As UKAEA continues to advance fusion energy as a viable low-carbon power source, this development exemplifies how sustainable architecture can support the broader mission of achieving a cleaner, more resilient energy future.