Piping Calculation Engineer (Nuclear)

Do you have the energy to transform?

Are you looking for an exciting opportunity to make a positive impact supporting the UK Government’s strategy of Net Zero 2050?

Vulcain Engineering Group provides Engineering consultancy services across multiple Industry sectors on a global scale. With operations in 30 countries and employing over 6000 employees worldwide, our business responds to the needs of our clients by providing expertise in the form of high added value engineering services. Our UK business, is well positioned within the UK Nuclear industry. By consistently delivering exemplary outcomes for our customers the Group has seen steady growth and expansion.

We now have exciting permanent opportunities for motivated and suitably qualified Piping Calculation Engineers to join our Technical Communities based in the South West of England. Join us and be part of making a valuable contribution to the mega-infrastructure, Nuclear New Build project at Hinkley Point C (HPC).

Job Summary



This role will allow for the opportunity to provide a pivotal contribution to the Hinkley Point C project’s design phase culmination. Within the piping sector, you will be entrusted with the meticulous design oversight of an expansive piping network, spanning over 100 kilometres, which forms the backbone of the Nuclear Island for the HPC EPR venture.

As a Piping Calculation Engineer, your primary responsibility will be to ensure the integrity of the pipe network design and its supporting structures by performing detailed piping calculations and assessing HVAC and electrical supports for various load scenarios, including dead weight, thermal expansion, and seismic activity.

Expertise in finite element analysis software is highly valued and considered an essential skill for this role. Additionally, knowledge of Python programming is advantageous for developing specialized tools.

Essential or Desirable Qualification, Experience and Skills

Essential

• Outstanding communication abilities, both in writing and speaking.
• In-depth understanding of mechanical concepts, including modal and static analysis.
• Proficiency in mechanical simulations, particularly using finite element methods.
• Familiarity with industry standards and regulatory compliance related to mechanical engineering.
• Innovative problem-solving abilities to tackle complex engineering challenges.
• Commitment to continuous learning and staying updated with the latest technological advancements in the field.

Desirable

• Experience in previous EPR or other nuclear projects is desirable
• Experience of UK design context and regulatory processes
• High level of technical coordination
• Experience in RSTAB or BEAM STRESS and support calculation
• Knowledge of RCC-M code (section C3650 at least)
• Knowledge of CALTUY/ Pipestress
• Programming proficiency, especially in Python, for the development of computational tools.
• Experience with CAD software for design and modelling.