About the role
SpaceX was founded under the belief that a future where humanity is out exploring the stars is fundamentally more exciting than one where we are not. Today SpaceX is actively developing the technologies to make this possible, with the ultimate goal of enabling human life on Mars. STRUCTURAL ANALYST (RAPTOR COMBUSTION DEVICES) The Propulsion Structural Analyst role is responsible for ensuring the structural reliability of Raptor Combustion Devices components subject to extreme pressures, temperatures, vibrations, and accelerations from liftoff to landing. These engineers possess an affinity for physics, structural mechanics, advanced computing, and unraveling intricate challenges associated with complex, high-performance hardware. You will drive analysis, design, manufacturing, and development of hardware for the world’s most advanced rocket engine powering Starship, the largest launch vehicle in history.
RESPONSIBILITIES Conduct, document, and present static, thermal, thermo-mechanical, dynamic, and durability (fatigue/fracture) analyses on Raptor Combustion Devices hardware through FEA and first principles to inform design decisions and ensure reliability, performance, and reuse
requirements are met Collaborate with engineers and technicians across a range of disciplines including design, production, development test, launch, reliability and more to develop hardware that meets high-level engine and vehicle objectives Take a practical, hands-on approach to model validation/verification, ensuring that model predictions are representative of design criteria and tied firmly to test data Support ongoing design, manufacturing and reliability improvements to the engine, and ensure changes and new designs are properly analyzed and qualified BASIC
QUALIFICATIONS Bachelor’s degree in an engineering discipline, or physics 1+ years of academic or professional experience related to structural analysis (extracurricular and internship experience qualifies) Experience with Finite Element Analysis (FEA) software and post-processing PREFERRED SKILLS AND EXPERIENCE Master’s degree in mechanical, aerospace, or materials engineering, or physics 1+ years of academic or professional experience related to combustion devices or rocket engine/motor development Proficient in statics, mechanics of materials, fatigue, dynamics, and heat transfer Hands-on experience with rocket engines/motors, automotive engine design, dynamic or complex static fluid systems Able to perform hand calculations to validate and improve models Excellent interpersonal and communication skills Professional experience using Siemens NX (Unigraphics) and GD&T Experience with manufacturing processes such as CNC mill/lathe, welding, castings, additive, etc. Proficient with the fundamentals of Design for Manufacturing/Assembly (DFMA) ADDITIONAL