Nuclear Equipment Seismic Engineer (Hybrid)

EDF Energy; Gloucester; Hybrid; GBP 60,000 - 80,000; Full time

Job summary

A leading energy company in the UK is seeking an Equipment Seismic Engineer to support the technical management of mechanical equipment qualifications for nuclear projects. The role involves seismic assessments and ensuring safety standards are met. Candidates should have a strong background in mechanical engineering and familiarity with UK regulations. Benefits include a competitive salary, potential annual bonus, electric vehicle leasing, and more. Join us and contribute to the future of nuclear energy.

Benefits

Competitive salary

Annual bonus potential

Market-leading pension scheme

Customisable benefits

Discounted gym membership

Qualifications

• Degree in Mechanical Engineering and membership of a relevant professional body.
• Engineering experience in a nuclear environment, including accidental Equipment Qualification.
• Ideally have familiarity with PWR nuclear systems and international EQ standards.

Responsibilities

• Support EQ Lead in coordinating mechanical equipment qualification activities.
• Perform seismic assessments of structures, systems, and components.
• Manage suppliers and physical qualification testing based on equipment complexity.

Skills

Knowledge of UK codes, standards and regulatory requirements

Expertise in mechanical component design

Experience with risk assessment methods

Excellent communication skills

Education

Degree in Mechanical Engineering

Tools

Teamcenter Engineering

Job description

A leading energy company in the UK is seeking an Equipment Seismic Engineer to support the technical management of mechanical equipment qualifications for nuclear projects. The role involves seismic assessments and ensuring safety standards are met. Candidates should have a strong background in mechanical engineering and familiarity with UK regulations. Benefits include a competitive salary, potential annual bonus, electric vehicle leasing, and more. Join us and contribute to the future of nuclear energy.