Deliver intact circuit fault analysis to support reactor safety substantiation
Develop and run thermal‑hydraulic models of reactor and plant systems
Analyse reactor response during fault and transient conditions
Produce high‑quality technical reports and analysis documentation for the safety case
Apply rigorous quality‑assurance, verification and validation processes
Use automated Python toolsets to support analysis execution and checking
Support benchmarking and validation activities using test data
Plan and manage your own analysis work to meet programme milestones
Collaborate across multidisciplinary engineering and non‑engineering teams
Communicate complex technical findings clearly and confidently

Experience applying a structured, methodical approach to fluid or thermal analysis
Good understanding of fluid dynamics and heat‑transfer processes
Experience writing technical analysis reports or contributing to safety‑case documentation
Experience using industry‑standard thermal‑hydraulic or fluids analysis tools
Experience or interest in reactor plant transient or fault analysis
Familiarity with Python for analysis workflows or tool development
Understanding of analysis quality assurance, verification and validation
Knowledge of nuclear plant systems, PWR behaviour or safety‑case principles (desirable but not essential)
Experience working in safety‑critical or regulated industries (beneficial)
Strong communication and collaboration skills
Degree‑qualified in Engineering, Physics, Mathematics, Computer Science or a related discipline

Thermofluids Engineer – Fault Analysis

Key skills