As a Turbine Lead Project Engineer, you will lead the mechanical scope of one or several nuclear steam turbine projects.
You will be part of a project team and coordinate engineering activities within the design office, in a context of increasing project complexity and fast-paced changes.
You will play a central role in delivering high-performance mechanical engineering solutions on world-class equipment.
As a Turbine Lead Project Engineer, you will lead the mechanical scope of one or several nuclear steam turbine projects.
You will be part of a project team and coordinate engineering activities within the design office, in a context of increasing project complexity and fast-paced changes.
You will play a central role in delivering high-performance mechanical engineering solutions on world-class equipment.
Your Responsibilities
- Coordinate engineers and technicians across mechanical design, thermodynamics, and calculations
- Lead engineering activities ensuring quality, on-time delivery, and budget compliance
- Monitor and report engineering KPIs (schedule, budget, post-design freeze changes)
- Prepare, review, and validate technical deliverables (reports, calculation notes, drawings)
- Lead and facilitate design reviews
- Manage technical interfaces with:
- internal disciplines
- clients
- suppliers and manufacturing sites
- erection/site teams
- Support manufacturing and site activities (clarifications, deviations, non-conformances)
- Contribute to continuous improvement through lessons learned (feedback)
- Ensure nuclear safety requirements are identified and properly monitored
- Ensure compliance with applicable regulations and lifecycle considerations
- Plan and secure ITNS gate reviews
- Apply EHS (Environment, Health & Safety) standards
Your Profile
Education
- Master’s degree in Mechanical Engineering
Experience
- Minimum 5 years in engineering design (energy, oil & gas, aerospace, or special machinery)
Your Skills
- Strong mechanical design and calculation fundamentals
- Knowledge of manufacturing processes and non-destructive testing
- Ability to manage complex technical interfaces
- Strong interpersonal and leadership skills
- Excellent written and verbal communication skills, with the ability to produce clear, structured, and high-quality technical documentation
- High level of autonomy and decision-making capability
- Structured, rigorous, and results-oriented
Languages
- Fluent English (spoken and written)
What We Offer
- An international and dynamic environment, committed to a sustainable future
- A collaborative company culture focused on expertise
Ready to make an impact?
Join a committed team making a difference by delivering cutting-edge technologies in support of a sustainable nuclear energy future.
Join us and work with global teams to support global customers ! At Arabelle Solutions, we have team members of more than 49 nationalities spread across 16 countries.
At Arabelle Solutions, we know diversity makes teams and business stronger.
Skills Required
- Master's degree in Mechanical Engineering
- Minimum 5 years engineering design experience (energy, oil & gas, aerospace, or special machinery)
- Strong mechanical design and calculation fundamentals
- Knowledge of manufacturing processes and non-destructive testing
- Ability to manage complex technical interfaces with internal disciplines, clients, suppliers, and site teams
- Experience preparing, reviewing, and validating technical deliverables (reports, calculations, drawings)
- Leadership and coordination of engineers and technicians
- Excellent written and verbal English communication skills
- Knowledge of nuclear safety requirements, applicable regulations, and lifecycle considerations
- Familiarity with EHS standards and support for gate reviews (ITNS)
What We Do
Arabelle Solutions is a global provider of nuclear turbine island technology and lifecycle services. It designs, manufactures, installs, maintains, repairs, upgrades and extends the operating life of turbine islands for large nuclear power plants and small modular reactors. Its integrated equipment includes steam turbines, generators, pumps, heat exchangers and control systems, supporting reliable low-carbon electricity generation for customers across multiple countries.
