Senior Mechanical Engineer - MEH Interface Lead

⚡️💡 About Assystem

At Assystem, our mission is to accelerate the energy transition worldwide. Our 8,000 Switchers blend historical engineering expertise with cutting-edge digital technologies to drive this change. Join us in revolutionizing the energy sector and making a significant global impact.

🤝 Why Join the Community of Switchers?

Be part of one of the top three largest independent nuclear engineering companies globally. At Assystem, you'll contribute to groundbreaking projects that push the boundaries of innovation and engineering excellence. Join a community committed to driving forward the future of energy.

As an Interface Lead, this role provides technical and operational expertise to support the end‑to‑end mechanical, electrical and HVAC program on two major nuclear projects. 

You will work collaboratively across both projects to identify and propose practical solutions, ensuring that valuable insights and lessons learned from one are effectively captured to provide technical insight to the other. This role will support the latter project by ensuring that the initial reference configuration, based on relevant and up to date deliverables of the benchmark project, is of the highest possible standard. This role involves validating and refining input data, whilst defining, implementing and improving Configuration Management arrangements.

Roles & Responsibilities:

• Working collaboratively with stakeholder groups across both projects to ensure a best for project approach to building reference configuration information for use in replication activities.
• Developing a good understanding of the format and maturity of the initial projects data set to be used as the baseline to support the development of the full suite of engineering sequences required to replicate project design.
• Supporting the management and coordination of Mechanical, Electrical, and HVAC work-packs within the system to ensure accurate tracking, progress reporting, and integration with project delivery.
• Developing detailed understanding of the initial projects overall configuration management arrangements, in particular as they pertain to managing the transition from design configuration management to physical configuration.
• Understanding the ‘lock and freeze’ process and its role in ensuring configuration control as the initial project transitions into installation and then commissioning.
• Defining, implementing and improving Configuration Management arrangements (e.g. standards, procedures, guidance, forms and tools) to ensure adequate and proportionate configuration control is established and maintained.
• Resolve issues following delivery of manufactured/fabricated equipment to site, including dimensional discrepancies and installation clashes, managing associated volume and risk.

Skills & Experience:

• Bachelor's or Masters in Degree in related discipline
• Previous experience in nuclear, or highly regulated projects
• Strong understanding of configuration management
• Ability to extract data and information to propose improvements within Electrical, Mechanical and HVAC disciplines 
• Fluent in English; French is desirable 

🌟 Why Apply?

Join Assystem and become a key player in delivering critical nuclear projects that shape the future of energy. Embrace this opportunity to excel in a dynamic environment where your expertise and leadership will drive global innovation.

Benefits include:

• Pension scheme (8% company contribution / 4% personal contribution)
• 25 days’ paid annual leave + bank holidays + option to buy or sell days
• Professional fees reimbursed
• Flexible working
• Employee referral scheme

We are committed to equal treatment of candidates and promote, as well as foster all forms of diversity within our company. We believe that bringing together people with different backgrounds and perspectives is essential for creating innovative and impactful solutions. Skills, talent, and our people’s ability to dare are the only things that matter !. Bring your unique contributions and help us shape the future.