Rolls - Royce SMR

Requirements

• Lead and develop analysis models, methods, and tools to support design and safety case development
• Define test rig requirements and interpret benchmarking data
• Apply structured approaches to verification and uncertainty quantification
• Communicate complex technical findings clearly and mentor junior engineers
• Strong understanding of fluid dynamics and thermal processes, with experience in structured analysis approaches
• Hands-on experience with industry-standard thermal hydraulics tools
• Ability to develop Python-based analysis solutions and work on Linux HPC systems
• Skilled in writing clear, structured reports and contributing to safety case documentation

Benefits

• Flexible Hours
• Gym Membership
• Health Insurance
• Home Office Budget
• Learning Budget
• Paid Time Off
• Remote Work

Skills

Requirements

• Develop and validate analysis models, methods, and tools to support design and safety case development
• Work with experimental teams to define test rig requirements and interpret benchmarking data
• Apply structured approaches to verification and uncertainty quantification
• Communicate complex technical findings clearly and collaborate across multi-disciplinary teams
• Strong understanding of fluid dynamics and thermal processes, with experience in structured analysis approaches
• Hands-on experience with industry-standard thermal hydraulics tools (RELAP, FLOMASTER, VIPRE, CTF, GOTHIC desirable)
• Ability to develop Python-based analysis solutions and work on Linux HPC systems
• Skilled in writing clear, structured reports and contributing to safety case documentation

Benefits

• Flexible Hours
• Gym Membership
• Health Insurance
• Home Office Budget
• Learning Budget
• Paid Time Off
• Remote Work

Skills

Requirements

• Develop and validate analysis models, methods, and tools to support design and safety case development
• Work with experimental teams to define test rig requirements and interpret benchmarking data
• Apply structured approaches to verification and uncertainty quantification
• Communicate complex technical findings clearly and collaborate across multi-disciplinary teams
• Strong understanding of fluid dynamics and thermal processes, with experience in structured analysis approaches
• Hands-on experience with industry-standard thermal hydraulics tools (RELAP, FLOMASTER, VIPRE, CTF, GOTHIC desirable)
• Ability to develop Python-based analysis solutions and work on Linux HPC systems
• Skilled in writing clear, structured reports and contributing to safety case documentation

Benefits

• Health Insurance
• Home Office Budget
• Learning Budget
• Paid Time Off
• Remote Work
• Flexible Hours
• Gym Membership

Skills

Requirements

• Lead and develop analysis models, methods, and tools to support design and safety case development
• Define test rig requirements and interpret benchmarking data
• Apply structured approaches to verification and uncertainty quantification
• Communicate complex technical findings clearly and mentor junior engineers
• Strong understanding of fluid dynamics and thermal processes, with experience in structured analysis approaches
• Hands-on experience with industry-standard thermal hydraulics tools
• Ability to develop Python-based analysis solutions and work on Linux HPC systems
• Skilled in writing clear, structured reports and contributing to safety case documentation

Benefits

• Flexible Hours
• Gym Membership
• Health Insurance
• Home Office Budget
• Learning Budget
• Performance Bonus
• Remote Work
• Remote Work Stipend

Skills