Our Client is a leading nuclear innovation company looking to bring advanced technologies to the maritime sector. In partnership with leading international corporations their mission is to deliver durable and scalable, nuclear energy for floating industrial production and deep-sea shipping.
We are seeking passionate individuals to transform and shape the future with game-changing net-zero technology. This opportunity is for a highly motivated and skilled Mechanical Engineer.
The Role:
As a Mechanical Engineer you will support the design development of Power Conversion and Auxiliary Systems for Floating Nuclear Power Plants. The ideal candidate will have a strong academic background and experience in mechanical design in both marine and nuclear industries. This is an excellent opportunity for someone looking to lead technically in an emerging market.
Responsibilities-
- - Responsible for thermodynamic modelling of Power Conversion and Auxiliary systems.
- - Responsible for producing Statements of Work for procurement of technical services.
- - Liaising with stakeholder; designers, classification societies, regulators, nuclear technology developers to manage designs against evolving requirements.
- - Authoring high quality technical reports, calculations, and academic papers.
- - Performing first-principle engineering calculations to investigate feasibility of high-level design concepts.
- - Supporting the Principal Marine Engineer and Naval Architect with the integration of a Floating Nuclear Power Plant.
- - Masters in mechanical engineering, Systems Engineering or equivalent. A PhD in Engineering or Physics is highly desirable.
- - 2 years’ plus experience in the nuclear and / or marine industry.
- Direct experience in multidisciplinary design projects in the Nuclear and / or Marine industry.
- Experience in writing or supporting work specifications for technical service providers.
- Good understanding of power conversion cycles and application in the Nuclear and / or marine industry.
- Comfortable with thermodynamics calculations and numerical simulations.
- Critical thinking skills and ability to manage design uncertainties.
- Comfortable with Computer Aided Design (CAD) software, preferably SolidWorks and / or AutoCAD.