Helping turn complex nuclear programmes into investable, deliverable and operationally successful assets
More than 38 countries have now backed a global ambition to triple nuclear energy capacity by 2050, recognising nuclear’s role in delivering secure, reliable and affordable energy systems that underpin economy prosperity, industrial growth and modern society.
As investment in nuclear accelerates, attention is increasingly turning to delivery. Experience from major infrastructure programmes shows that cost, schedule and delivery performance are often shaped years before construction begins, through investment confidence, project maturity, regulatory readiness, capability and continuity.
Delivering complex nuclear programmes successfully requires confidence in programme leadership, supply chains, stakeholder alignment and execution.
Turning policy ambition, investment and technology into successful projects requires much more than engineering alone. Wood helps developers, operators, governments and investors create that confidence, shaping programmes that are investable, deliverable and ready for long-term operation.
Why this matters now
The UK has committed to a new generation of nuclear power to strengthen energy security, support economic growth and accelerate the transition to a lower-carbon future. The UK's nuclear ambitions are becoming increasingly clear, recognising the urgent need for an affordable, sustainable energy system. The challenge now is execution.
Momentum is building around new build, Small Modular Reactors (SMRs), Advanced Modular Reactors (AMRs), lifetime extension and wider energy security priorities, but progress will depend on how quickly the sector can move from policy intent to practical execution.
Nuclear projects are built once, then operated for generations
A nuclear asset may take a decade to develop and construct. It may then operate for sixty years or more.
Decisions made during development therefore influence far more than construction outcomes. They shape investment confidence, operational performance, workforce requirements and long-term value.
Transforming ambition into delivery
Nuclear projects are among the most complex infrastructure programmes in the world.
The greatest risks in nuclear programmes are rarely technical. They emerge where organisations, supply chains, regulators, technologies and future operators fail to align. When these interfaces are aligned early, projects move faster, decisions improve and delivery becomes more predictable. Wood helps clients bring structure to that complexity. Drawing on decades of experience across major energy and infrastructure programmes, we enable clients to make better decisions from early development and investment decisions through to commissioning and operations - strengthening governance, integration and readiness where they matter most.
Solutions
Deliver with greater certainity
Through effective programme integration, we help align stakeholders, supply chains, delivery teams and governance structures, improving decision-making, reducing delivery risk and strengthening programme performance.
Strengthen investment confidence
Our early-stage development and assurance approach helps clients strengthen project definition, assess risk and make more informed investment decisions before major capital is committed and construction begins.
Improve programme performance
Through our megaproject delivery discipline, we help clients navigate complexity, strengthen execution and improve cost and schedule performance, drawing on experience gained from delivering some of the world's most complex energy and infrastructure programmes.
Prepare for operational success
We help clients look beyond delivery milestones by embedding operational readiness, maintainability and long-term asset performance into project planning and decision-making from day one.
Build capability at scale
We help clients develop the skills, supply chain capacity and delivery capability required to support long-term programme growth and successful execution.
Maximise wider energy value
As demand grows from industrial clusters, hydrogen production, low-carbon fuels and energy-intensive data centres, we help clients integrate nuclear assets into wider energy, industrial and infrastructure systems.
Case studies
Nuclear is unique, but many of its toughest challenges are shared by other major energy, industrial and infrastructure programmes: first-of-a-kind execution, regulated environments, live asset constraints and the need for disciplined coordination at scale. Wood brings experience from these settings to help clients manage risk and improve project outcomes.
Client | Net Zero Teesside
Turning one of the UK’s most ambitious energy transition projects into a deliverable reality.
A strong adjacent UK example of first-of-a-kind energy infrastructure, Wood is supporting the development of a decarbonisation programme that will capture and store up to 4 million tonnes of CO₂ per year, creating the foundation for the wider East Coast Cluster and supporting the UK's net zero ambitions.
Working across engineering, programme delivery and project integration, Wood helps align stakeholders, supply chains and delivery activities around a shared path to execution. The programme demonstrates the importance of creating confidence early, strengthening decision-making, improving readiness and reducing complexity before construction begins.
Site | Sellafield
Supporting critical nuclear infrastructure at Sellafield
Operators of complex nuclear facilities face the challenge of modernising ageing infrastructure while maintaining safety, reliability and operational continuity. At the Sellafield site, Wood is supporting critical infrastructure programmes through systems integration, automation and project delivery expertise that helps enable the long-term operation and modernisation of essential facilities.
Working across multiple systems, stakeholders and delivery interfaces, Wood helps improve coordination, strengthen programme execution and support operational readiness in one of the UK's most complex nuclear environments.
The experience demonstrates how effective integration, governance and delivery discipline can help organisations modernise critical infrastructure while maintaining confidence in safety, quality and long-term performance.
Supporting the shift to modular nuclear delivery
Small Modular Reactors (SMRs) are fundamentally changing how nuclear projects are delivered. Built around modularisation, repeatability and industrial-scale deployment, they create an opportunity to improve cost and schedule performance while accelerating delivery at scale. Realising that opportunity will depend on more than technology. It requires the right delivery model, supply chain readiness, digital foundations and programme governance from the outset.
Wood is already supporting next-generation nuclear programmes through digital delivery, information management, feasibility and deployment planning activities, helping clients create the foundations for scalable implementation.
Focus areas:
- SMR programme support
- Delivery strategy and programme integration
- Digital delivery and information management
- Feasibility and deployment planning
- Programme governance and controls
Client | Leading SMR developer
From first-of-a-kind projects to fleet deployment.
Wood is supporting Leading SMR developer in developing the digital foundations needed to support future fleet deployment, helping establish the information management, governance and digital delivery frameworks required across the asset lifecycle. By creating a common approach to information, standards and configuration management, Wood is helping improve consistency across delivery teams, strengthen decision-making and support more effective handover from development through to operations.
The programme demonstrates how strong digital and information foundations can help reduce complexity, improve visibility and support the transition from first-of-a-kind projects to scalable, repeatable nuclear delivery.
A different perspective on nuclear delivery
Many organisations can provide nuclear expertise. Fewer can bring together the programme leadership, integration capability and delivery experience needed to turn ambition into successful outcomes.
As the industry enters a new phase of growth, the opportunity is not only to build nuclear assets, but to build the capability to deliver them successfully.
Making nuclear happen: Why delivery certainty begins before construction
As investment in nuclear accelerates around the world, attention is increasingly turning to delivery.
Experience from major infrastructure programmes shows that cost, schedule and delivery performance are shaped years before construction begins. Investment confidence, programme readiness, regulatory certainty, capability and continuity all influence what follows.
David Cole explores why successful nuclear programmes need to be financeable, deliverable and licenseable, and why delivery certainty begins long before a project reaches site.
Site | Hinkley Point C
Preparing critical infrastructure for day one
Hinkley Point C is the first new nuclear power station developed in the UK in a generation. Successfully transitioning a project of this scale from construction to operation requires rigorous planning, coordination and readiness across thousands of systems and interfaces.
At Hinkley Point C, Wood supports commissioning activities that help prepare one of the UK's most significant energy infrastructure investments for operation. Working as part of an integrated alliance, our team helps ensure systems, processes and operational teams are ready for the transition from construction to service.
The challenge isn't simply building critical infrastructure. It's ensuring it's ready to perform safely, reliably and efficiently from day one.
Discuss how Wood can help improve delivery certainty across your nuclear programme.
Common questions & expert answers
Why is Wood focusing on nuclear?
Nuclear energy is expected to play an increasingly important role in providing secure, reliable and affordable energy. Wood is focused on helping clients deliver complex nuclear programmes successfully and at scale.
Does Wood have nuclear experience?
Yes and our focus today is helping clients create the conditions for successful delivery, drawing on expertise from nuclear as well as major infrastructure, energy and industrial programmes.
What role does Wood play in nuclear programmes?
Wood helps clients create the conditions for successful delivery. We bring together programme delivery, engineering, project controls and operational readiness expertise to improve confidence, reduce complexity and support better outcomes.
What makes Wood's approach different?
Nuclear assets are built once but operated for generations. Wood focuses on the decisions that shape long-term success, helping clients create projects that are financeable, deliverable and licenseable.
Why is Wood sponsoring Back Nuclear Energy?
Back Nuclear Energy provides an important forum for policymakers, developers, investors and industry leaders to discuss the future of the sector. Wood is supporting the initiative because we believe successful delivery will be central to achieving nuclear ambitions.
How does Wood help improve delivery certainty?
Experience from major infrastructure programmes shows that many of the factors influencing cost, schedule and performance are established before construction begins. Wood helps strengthen investment confidence, programme readiness, regulatory readiness and delivery capability from the outset.