Foundations HSE Engineer – Offshore Wind Projects

Morson Talent; City Of London; Hybrid; GBP 50,000 - 70,000; Full time

Benefits offered by this job

Competitive salary

Hybrid working model

Travel opportunities

Job summary

A leading renewable energy company seeks an H&S Engineer (Foundations) to support their EA3 project based in London, Glasgow, or Lowestoft. The role involves ensuring health and safety compliance throughout the project lifecycle, conducting audits, and assisting with design assurance. Candidates should have a degree in engineering and preferably 5 years of offshore wind experience. They will work closely with construction teams and contractors to uphold safety standards, making this a critical role in ensuring operational efficiency and safety on site.

Qualifications

• Minimum five years offshore wind experience or ten years in plant engineering.
• Experience with coordinating large infrastructure projects.
• Knowledge in process safety and emergency planning.

Responsibilities

• Support Foundation package for the EA3 project and ensure safety compliance.
• Conduct audits at fabrication yards and offshore installations.
• Drive safety engineering processes through risk assessment and hazard analysis.

Skills

Health and Safety Engineering

Risk Assessment

Design Assurance

Incident Reporting

Communication

Education

Bachelors in Engineering (BSc/BEng)

NEBOSH General Certificate

Offshore Training (GWO/BOSIET)

Tools

Database systems (e.g. action tracker)

Job description

A leading renewable energy company seeks an H&S Engineer (Foundations) to support their EA3 project based in London, Glasgow, or Lowestoft. The role involves ensuring health and safety compliance throughout the project lifecycle, conducting audits, and assisting with design assurance. Candidates should have a degree in engineering and preferably 5 years of offshore wind experience. They will work closely with construction teams and contractors to uphold safety standards, making this a critical role in ensuring operational efficiency and safety on site.