The UK government has announced a £2 billion quantum innovation programme to accelerate national technological capability and growth.
A new programme worth up to £2 billion in government investment has been announced by the Technology Secretary and the Chancellor to position the UK at the forefront of quantum innovation. The initiative integrates research and development, manufacturing, software, hardware, and procurement into a single national strategy, with direct implications for the digital construction sector.
The UK will become the first country to commit to advanced procurement for large-scale quantum computers, targeting deployment by the early 2030s. These systems are expected to transform computational capacity, enabling faster modelling, simulation, and optimisation across infrastructure and built environment projects.
Quantum computing represents a step change in processing capability. Unlike traditional systems, which analyse problems sequentially, quantum systems evaluate multiple possibilities simultaneously. This capability has direct relevance to digital construction workflows, including complex project scheduling, materials optimisation, and large-scale data modelling.
ProQure programme and UK Quantum Computing infrastructure
Central to this investment is the launch of the “ProQure: Scaling UK Quantum Computing” programme. This procurement initiative will invite companies to submit proposals to develop state-of-the-art quantum prototypes. Selected organisations will progress to delivering scalable machines integrated into the UK’s national computing infrastructure.
Technology Secretary Liz Kendall stated: “I am determined this country grasps the benefits will Quantum computing will bring. It is only by keeping pace with technological progress that we can deliver the high-paid jobs, cutting-edge public services, and innovations which change lives.”
She added: “This first of its kind procurement programme, ‘ProQure: Scaling UK Quantum Computing’ will launch next week, where companies will be invited to table proposals to partner with us to deliver state of the art prototypes for evaluation.”
The programme is structured to ensure that quantum systems are built in Britain, supporting domestic supply chains while attracting international investment. For the digital construction sector, this creates opportunities for integration with advanced simulation tools, digital twins, and AI-driven planning systems.
Economic impact of quantum technology in the UK
Estimates indicate that quantum technologies could increase UK productivity by 7% over the next two decades, generating more than 100,000 jobs. The projected economic impact is £212 billion, equivalent to the combined annual GDP of Wales and Northern Ireland.
This level of growth is expected to influence sectors reliant on high-performance computing, including construction, infrastructure delivery, and urban planning. Quantum-enabled optimisation could reduce project risk, improve cost forecasting, and enhance lifecycle asset management.
Strengthening UK quantum ecosystem and skills pipeline
The investment also focuses on talent development through the TechFirst programme, which will introduce partnerships with industry and offer up to 100 fully funded internships. This initiative aims to build a pipeline of skilled professionals capable of supporting quantum applications across sectors, including digital construction.
The UK’s existing National Quantum Technologies Programme, launched in 2014 with over £1 billion in public funding, provides a strong foundation. Recent developments highlight continued momentum:
- Infleqtion has delivered a 100-qubit quantum computer at the National Quantum Computing Centre
- Vescent has established operations at the National Physical Laboratory
- IonQ has partnered with the University of Cambridge to launch a Quantum Innovation Centre featuring a 256-qubit system
These advancements demonstrate the UK’s capacity to attract investment and deliver technical progress, reinforcing its position as a global hub for quantum research and deployment.
Applications of quantum innovation across built environment
Quantum technologies are already being explored in applied research contexts. For example, researchers at University College London are developing wearable brain scanners for epilepsy patients, illustrating the broader societal impact of quantum-enabled sensing technologies.
Within digital construction, similar innovation pathways could support real-time monitoring, predictive maintenance, and enhanced safety systems. The convergence of quantum computing with BIM, digital twins, and AI platforms is expected to redefine how infrastructure is designed, delivered, and managed.
The UK’s £2 billion quantum investment establishes a strategic foundation for digital construction transformation, enabling advanced computation, workforce development, and infrastructure innovation while reinforcing global competitiveness in emerging technologies.
Read next: Engineers cannot innovate in isolation – Build in Digital
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