Originally named, Great British Nuclear, Great British Energy - Nuclear is an arm’s length body of the Department for Energy Security and Net Zero, dedicated to supporting the development and deployment of new nuclear technologies in Great Britain. We play a crucial role in advancing nuclear new build, ensuring the UK’s energy security and achieving net-zero carbon emissions. Great British Energy - Nuclear focuses on fostering innovation, facilitating investment, and coordinating efforts across the nuclear industry to build a resilient and sustainable energy future.
Great British Energy - Nuclear’s first step was to start the technology selection process for Small Modular Reactors (SMRs) in 2023. SMRs can potentially be quicker to deploy and less expensive to build than traditional nuclear power plants because they are smaller, have factory based modular manufacturing and more flexible deployment options. In June 2025, Great British Energy - Nuclear announced that Rolls-Royce SMR had been selected as the preferred bidder to build the UK’s first SMRs, following a technology selection process that began in 2023.
Great British Energy - Nuclear is aiming to deliver fast, based on a supportive and collaborative culture which values equality and diversity and creates an inclusive workplace.
TheTurbine Island Engineering Lead is pivotal in overseeing and assuring the design of the Turbine Island. You will be part of the SMR Project Client Technical Team, reporting to the Engineering Lead, which is comprised of leads to cover the primary plant areas of the SMR Project.
Key to the role will be ownership of the client’s specification and requirements, assessing change and overseeing deliverables. You will also provide a key point of interface between the Technology Provider and the client, including for the clients’ scope and deliverables. You will be supported in this role by an Owner’s Engineer. This role will form part of the Design Authority for the future Nuclear Site Licence Holder, Environmental Permit Holder, and other related duties.
You will form part of the establishment of a major programme. This will provide you with an opportunity to be part of a team that ensures successful delivery of a First of a Kind (FOAK) UK SMR Project. This is a fast-paced and evolving environment, requiring the ability to adapt effectively to uncertainty, ambiguity and change.
A full job description is available and attached to the job advert.
Accountabilities & Responsibilities:
- Oversee and assure the delivery of the Turbine Island (TI) designs.
- Ensure GBE-N requirements are achieved and approve any deviations (following suitable due process).
- Provide engineering input and expert advice into technical risks, issues, challenges, and other topics related to TI.
- Ensure interfaces with other parts of the plant are correctly managed.
- Be the client’s representative at Design Reviews, HAZOP / HAZID, Constructability Reviews etc. relevant to the TI systems, structures, and components.
- Consult with the safety case manager to ensure that there is a clear alignment between the design and safety, security, and environmental cases, including provision of site-specific information to support the plant design.
- Support the establishment of the necessary nuclear safety capability throughout the project organisation, with a view to being a future nuclear licensee.
- Working with the Engineering Lead and regulatory authorities to ensure all TI activities comply with applicable regulations and standards.
- Responsible for ensuring the effective integration of all systems with the TI, in accordance with required standards of safety, performance, and compliance.
- Coordinate across the project team, including engineering and design management, safety case, permits, consents and licencing, requirements, and assurance, along with cross-functional teams, including digital, commercial, and project management to ensure the seamless integration of TI systems with the nuclear island.
Knowledge, Skills and Experience required:
- Experience of design/construction/commissioning/operation of nuclear generating plants.
- Experience of design/construction/commissioning/operation of large rotating machines.
- Experience of design processes and arrangements in nuclear/high hazard industries.
- Experience of deployment of safety analysis techniques.
- Good understanding of UK nuclear regulations, safety, security and environmental standards, machinery safety, and licensing processes.
- Effective problem-solving abilities, with a focus on identifying and mitigating risks in complex systems.
- Effective communication skills, with the ability to effectively interact with technical and non-technical stakeholders.
- Ability to foster a collaborative and supportive environment, whilst developing team members’ skills and capabilities.
- To have the ability to adapt effectively to change and uncertainty and welcome the emergent aspect of the job.
- Ability to lead in a collaborative, multi-party environment while managing changing priorities.
Qualifications
- Chartered Engineer (Desirable)
- Degree in nuclear or mechanical engineering or a related discipline, or equivalent relevant experience.
Please note, this role may require candidates to obtain and maintain the appropriate level of National Security Vetting.
We recognise that candidates may not meet every requirement listed. If your experience is not an exact match but you believe you have the skills, knowledge and potential to succeed in the role, we encourage you to apply.
Please complete our short application form to apply for this role. If shortlisted, one of our Talent Attraction Leads will be in touch to discuss the position in more detail. Good luck with your application!
At GBE-N, we are committed to building an inclusive workplace where everyone can thrive. We value diversity and encourage applications from all backgrounds, including underrepresented groups. If you require any support or adjustments to help you with your application, please contact us at recruitment@greatbritishnuclear.uk, and we will be happy to provide assistance.