Join SpaceX as a Sr. Aerodynamics Engineer to predict aerodynamics for Starship missions and support vehicle design efforts.
Posted by employer 4 months ago
First seen on Joblaze 4 months ago
Last verified on the company career page 16 minutes ago
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Not disclosed in this posting: compensation, work arrangement.
Joblaze summary
The Sr. Aerodynamics Engineer at SpaceX plays a crucial role in predicting the aerodynamic and aerothermal conditions that the Starship and its booster encounter throughout their missions. This position requires expertise in computational fluid dynamics (CFD), with proficiency in tools like Siemens STAR-CCM+ and programming in languages such as Java, MATLAB, or Python. Ideal candidates possess a strong background in aerospace or mechanical engineering, along with significant experience in aerodynamic analysis and experimental testing. The role is suited for seasoned professionals who thrive in a fast-paced, innovative environment focused on advancing space exploration.
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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.
SR. AERODYNAMICS ENGINEER (STARSHIP)
The Starship Aerodynamics team is responsible for predicting the aerodynamics and aerothermal environments booster and ship experience during all phases of their missions. Aerodynamics engineers use engineering models, simulations and wind-tunnel testing in order to provide the most accurate predictions ahead of flight validation. The team works closely with the GNC (guidance, navigation, and control) team in order to enable them to safely land and recover both Starship stages once their mission is accomplished. Moreover the team supports engineers responsible for vehicle structures during their design efforts. Aerodynamics engineers are expected to have a clear understanding of the flow fields experienced by our vehicles through the various flight regimes, from subsonic through hypersonic, and apply this understanding while they operate our prediction tools.
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