Quantity Surveyor – Renewable Energy

Location: UK-Wide (Hybrid/Site Travel as Required)

Employment Type: Contract Outside IR35

Day Rate: £500 Per Day

Sector: Renewable Energy/Construction/Infrastructure

Overview

H9 Talent Solutions are recruiting for an experienced Quantity Surveyor to join a leading renewable energy business on a large-scale energy infrastructure project across the UK.

This is a key commercial role responsible for managing project finances, contracts, and risk to ensure successful delivery of renewable energy schemes - including solar, wind, and energy storage developments. The ideal candidate will bring strong commercial acumen, contract knowledge (particularly NEC), and experience working within a principal contracting environment.

Key Responsibilities

• Manage all commercial aspects of renewable energy construction projects from pre-construction through to final account.
• Prepare, submit, and negotiate valuations, variations, and change controls.
• Oversee cost planning, forecasting, and reporting to maintain profitability and project efficiency.
• Administer and manage NEC3/NEC4 contracts, ensuring compliance with contract requirements.
• Support procurement strategy, including subcontract tendering, bid evaluation, and supplier negotiations.
• Provide commercial input to project planning and delivery, working closely with site and project managers.
• Ensure accurate cost capture and reporting in line with project budgets.
• Identify and manage commercial and contractual risks.
• Liaise with clients, subcontractors, and internal stakeholders to ensure transparent communication and effective commercial management.
• Support project close-out, including final accounts and lessons-learned reviews.

Experience & Skills Required

• Proven experience as a Quantity Surveyor within construction, civil engineering, or renewable energy sectors.
• Previous experience working for a Principal Contractor is essential.
• Strong knowledge of NEC contracts (Option A, C, and E).
• Experience in Energy from Waste, Solar, Wind, or Battery Energy Storage Systems (BESS) projects.