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Core Competencies
Role fitCore Competencies
Use this summary to align your resume positioning with the role.
Demonstrates expertise in fluid systems engineering with a focus on cryogenics, particularly liquid oxygen (LOx) systems. Capable of leading design reviews, conducting risk analyses, and ensuring compliance with relevant regulations while fostering technical development within engineering teams.
Highest-signal resume keywords
Fluid Systems EngineeringCryogenics ExpertiseHAZOP and FMEA ProficiencyPressure Equipment Design and QualificationTechnical Leadership Skills
ATS Keywords
Tailor your resumeApplicant Tracking System Keywords
Tip: use these terms in your resume and cover letter to boost ATS matches.
Hard Skills
Fluid MechanicsTransient Phenomena AnalysisWater Hammer AnalysisTwo-Phase Flow AnalysisPressure Testing RequirementsTechnical Documentation WritingDesign Review FacilitationSizing CalculationsSafety Margin DefinitionComponent Selection Practices
Soft Skills
Critical ThinkingAutonomyCollaborationRigorDecision-Making
Certifications & Qualifications
Engineering DegreeMaster’s Degree (Bac+5)
Industry Keywords
AerospaceSpace EnvironmentsOxygen CompatibilityCleanliness StandardsPED 2014/68/EUESP Regulations
Tech Stack
Tools & technologiesTypeScript
About the role
Key responsibilities & impact- Serve as the technical authority for launch vehicle fluid systems, particularly LOx, pressurization, purge, venting, and cryogenic systems
- Review architectures, P&IDs, sizing calculations, and test plans for validation
- Organize and lead design reviews
- Challenge assumptions, safety margins, and design choices to identify risks
- Address anomalies, water hammer, transient phenomena, and two-phase flows during design and testing
- Provide expertise during test campaigns and test readiness reviews
- Draft specifications, design justification notes, and safety analyses
- Review documents produced by product owners and ensure their accuracy, consistency, and traceability
- Formalize assumptions, safety margins, operating limits, and lessons learned
- Coordinate product owners and manage interfaces between fluid systems
- Collaborate with propulsion, mechanical, testing, modeling, and systems engineering teams
- Arbitrate trade-offs between performance, cost, schedule, and safety, and escalate major decisions
- Contribute to activity prioritization and align the roadmap with program milestones
- Improve design rules, sizing methods, and documentation standards
- Define component selection practices, supplier qualification requirements, and acceptance testing procedures
- Lead HAZOP and FMEA analyses
- Ensure compliance with oxygen compatibility and system cleanliness requirements
- Ensure compliance with the PED 2014/68/EU and ESP regulations
- Define operating limits, safety margins, and requirements for pressure testing
- Support product owners in their technical choices and decision-making
- Transfer expertise through design reviews, pair work, and internal technical sessions
- Participate in assessing candidates’ technical skills
Requirements
What you’ll need- Engineering degree or a Master’s degree (Bac+5) specializing in fluid mechanics, process engineering, energy engineering, thermal engineering, or an equivalent field
- 8–15 years of experience in fluid systems engineering, ideally in complex industrial, aerospace, or space environments
- Expertise in cryogenics, particularly in the design and implementation of systems using liquid oxygen (LOx)
- Strong experience in the design, sizing, and qualification of pressure equipment
- In-depth theoretical and experimental knowledge of transient phenomena, water hammer, and two-phase flows
- Proficiency in HAZOP and FMEA risk analyses
- Proficiency in the PED 2014/68/EU and ESP regulations governing pressure equipment
- Good knowledge of oxygen compatibility requirements and associated cleanliness standards for cryogenic systems
- Ability to write and structure rigorous, clear, and traceable technical documentation
- Technical leadership skills and the ability to support the professional development of an engineering team
- Critical thinking and the ability to constructively and judiciously challenge technical decisions
- Rigor, autonomy, and the ability to arbitrate between performance, cost, schedule, and safety
- Ability to take a step back when addressing complex technical issues
Benefits
Comp & perks- Meal vouchers for each day worked
- 75% reimbursement of public transportation subscriptions
- Annual €300 allowance dedicated to sports activities
- Regular team events
- Agile, close-knit team with short decision-making processes and a high level of responsibility
- Competitive compensation
- Equal opportunity and a diverse, inclusive work environment