Thruster CAD and Stress Analyst

The Exploration Company·Bordeaux, Francemid

In short

→Diseñar y justificar estructuralmente componentes de motores espaciales, centrado en el ensamblaje de cámara de reacción (TCA), desde concepto hasta hardware de
→Trabajas con CAD y análisis de esfuerzos (cálculos manuales y FEA) para garantizar seguridad bajo cargas térmicas, mecánicas y de presión.
→Eres el enlace clave entre diseño, fabricación y pruebas, actualizando modelos según resultados reales del hardware.

Fluency in English

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What they ask for

✓Grado en Ingeniería Aeroespacial o Mecánica (o similar)
✓Más de 1 año de experiencia en diseño CAD y análisis de esfuerzos en hardware mecánico estructural
✓Habilidades sólidas en CAD para diseño de piezas desde concepto hasta detalle manufacturable
✓Conocimiento en análisis de esfuerzos (cálculos manuales y FEA, como Ansys o Abaqus)
✓Familiaridad con procesos de fabricación (machinado, impresión 3D, soldadura/brazado)
✓Fluidez en inglés (requerida para comunicación técnica)

Don't tick every box? That's normal — your free dossier shows your gaps and how to cover them in the interview.

CADFEAAnsysAbaqusCFDProducibility constraintsThermal analysisStructural analysisConfiguration controlTechnical documentation

Who should you write to at The Exploration Company?

Your free dossier identifies the people who'd interview you — their background, what they value, and how to reach out so you stand out before applying.

Here at The Exploration Company, we are building innovative aerospace technologies that advance the future of space transportation. The heart of a spacecraft lies in its propulsion system, and that's why we, at The Exploration Company, are dedicated to developing our own cutting-edge Propulsion Systems ensuring the highest level of efficiency and reliability in our space endeavours. We want you as a talented CAD & Stress Analyst to help us in our mission by designing and structurally justifying the hardware that makes up our propulsion systems, with a particular focus on the Thrust Chamber Assembly(TCA). You will own parts from initial CAD layout through to final stress justification, working hand in hand with the manufacturing and test teams to bring flight hardware from concept to qualified design. Key responsibilities In your capacity as a CAD & Stress Analyst, you will be responsible for the on-time and on-cost design and structural justification of propulsion hardware, with the TCA as your primary scope. Your role will be continuously evolving, but day-to-day responsibilities will include: During the Design Phase: Design the thrust chamber & injector propulsion hardware in CAD, from concept layout through to detailed design. Perform stress analysis (hand calculations and FEA) on designed parts to substantiate margins of safety under mechanical, thermal and pressure loads. Select materials and define manufacturing processes in coordination with manufacturing engineering, accounting for structural, thermal and producibility constraints. Work closely with propulsion, thermal and fluidic system engineers to translate functional requirements into part-level design and load cases. Establish and maintain interface definitions, drawings and part datasets, ensuring configuration control and traceability. Conduct trade studies on design options (geometry, material, manufacturing route) and justify design decisions with analysis. Elaborate and maintain structural analysis reports supporting design reviews and qualification. Support the definition of test requirements needed to validate analytical models and structural assumptions. Produce and maintain technical documentation of design choices and trade-offs, to a high standard, capturing analysis methods and results as to serve as reference justification for the design. During Manufacturing, Assembly and Test Phase: Support manufacturing and inspection of parts, resolving design or tolerance issues as they arise. Support root-cause investigations of any structural anomaly or test finding, correlating analysis with hardware behaviour. Update and correlate stress models and analyses based on test and inspection results. Support design iterations and upgrades based on test campaign outcomes. What we would love to see from you A minimum of a bachelor's degree in Aerospace, Mechanical Engineering or similar degrees. Over 1 year of related experience in CAD design and stress analysis of mechanical or structural hardware, ideally in a propulsion, aerospace or high-reliability environment. Strong CAD skills, able to take a part from concept to a fully detailed, manufacturable design. g. Ansys, Abaqus, or equivalent). Familiarity with manufacturing processes (machining, additive manufacturing, welding/brazing) and their impact on design and structural performance. Nice to have: CFD experience, for thermal or flow-related analysis of propulsion hardware. Excellent collaboration skills for working effectively across departments. Fluency in English. Skills and Behaviours Strong oral and written communication skills. Strong analysis and problem-solving skills. Strong organizing and prioritization of tasks. Positive and flexible attitude to get the job done. Ability to communicate at all levels of the business.

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