Quantity Surveyor – Sizewell C Nuclear Project

EDF Energy Limited; Chipping Sodbury; Remote; GBP 55,000 - 85,000; Full time

Job summary

Heidelberg Materials is seeking a Quantity Surveyor to support the commercial delivery of the Sizewell C nuclear project. Based in Chipping Sodbury, you will collaborate with the Senior Quantity Surveyor and Head of Nuclear to manage contracts and ensure strong financial performance.

Key duties include administering NEC contracts, preparing forecasts, managing costs, and supporting procurement. The role requires travel to project sites and a proactive, safety-focused approach within a large

Qualifications

• Strong experience in NEC contract administration.
• Commercial awareness and financial reporting skills.
• Ability to work independently and proactively.
• Commitment to safety and regulatory compliance.
• Willingness to travel to project sites.
• Quantity surveying experience.

Responsibilities

• Leading Quantity Surveying functions across allocated contracts.
• Administering NEC contracts, valuations, and compensation events.
• Managing cost, revenue, and cash collection throughout the project lifecycle.
• Supporting procurement and subcontractor engagement.
• Producing commercial reports and forecasts for senior stakeholders.
• Ensuring compliance with contract terms and company procedures.
• Site visits for audits, meetings, and training as required.

Skills

NEC contracts

Commercial awareness

Financial reporting

Independent working

Safety compliance

Travel to sites

Quantity surveying

Job description

Heidelberg Materials is seeking a Quantity Surveyor to support the commercial delivery of the Sizewell C nuclear project. Based in Chipping Sodbury, you will collaborate with the Senior Quantity Surveyor and Head of Nuclear to manage contracts and ensure strong financial performance.

Key duties include administering NEC contracts, preparing forecasts, managing costs, and supporting procurement. The role requires travel to project sites and a proactive, safety-focused approach within a large