Thermal hydraulic analysis codes are critical to modelling fluid and thermal systems that extract power from the nuclear core and ensure safe reactor operation
Job Summary
Thermal hydraulic analysis codes are critical to modelling fluid and thermal systems that extract power from the nuclear core and ensure safe reactor operation.
You will work closely with method development and analysis teams to verify, validate, and quantify uncertainties in these codes.
Benefits include a performance-related bonus, a benefits allowance, and a 12% employer pension contribution.
Matching Summary
Thermal hydraulic analysis codes are critical to modelling fluid and thermal systems that extract power from the nuclear core and ensure safe reactor operation.
Salary
£42,000–£55,150
Skills & Requirements
Must-have
fluid dynamics and thermal processes
thermal hydraulics tools
Python-based analysis solutions
Linux HPC systems
verification, validation, benchmarking
uncertainty quantification
Nice-to-have
safety-critical plant systems experience
nuclear-specific experience desirable
Chartered Engineer preferred
Key Requirements
Degree-qualified in Engineering, Physics, Mathematics, or Computer Science
Baseline Personnel Security Standard (BPSS) clearance
Satisfactory completion of a Disclosure and Barring Service (DBS) check
Satisfactory completion of a basic financial probity check