At a Glance
- Tasks: Lead and coordinate temporary works for a major nuclear infrastructure project.
- Company: Join a leading team on the Sizewell C project in Suffolk.
- Benefits: Competitive daily rate, travel accommodations included, and long-term contract.
- Other info: Opportunity to work on a busy site with diverse teams and projects.
- Why this job: Be part of a significant project that shapes the future of energy infrastructure.
- Qualifications: Experience as a Lead Temporary Works Coordinator with a strong civils background.
Onshore Technical are currently looking to speak with experienced Lead Temporary Works Coordinators for a long-term contract opportunity supporting major heavy civils works on the Sizewell C project in Suffolk. This is a major nuclear infrastructure project with significant civil engineering work packages and long-term opportunity.
Location: Sizewell C, Suffolk
Rate: Β£450 - Β£500 per day
IR35 Status: Outside IR35
Digs: Included if travel is not an option
Sector: Nuclear / Heavy Civils / Infrastructure
Key Experience:
- Lead TWC / Temporary Works Coordinator experience
- Strong heavy civils background
- Experience across HS2, bridges, tunnels or major infrastructure preferred
- Confident managing site temporary works requirements
- Able to coordinate with Project Managers, site teams and other contractors
- Strong communication and technical coordination skills
This role would suit a strong Lead TWC who is comfortable operating on a busy major infrastructure site with multiple interfaces.
Lead Temporary Works Coordinator in Suffolk employer: ONSHORE TECHNICAL LTD
As a SHEQ Advisor at Sizewell C, you will be part of one of the UK's most significant infrastructure projects, contributing to the future of low-carbon energy. Our company fosters a collaborative work culture that prioritises safety and employee development, offering competitive rates and inclusive accommodation for those travelling. Join us to enhance your career in a dynamic environment where your expertise will directly impact the success of major civil engineering works.