New Graduate Engineer, Propulsion (Starship)
Full Time
full-time
$-1/year
1 Nov 2025
Texas, United States
Verified by Turrior
Content + Source + Freshness • 17 Dec 2025 • 95% confidence
81 / 100
Offer value
Attractive opportunity due to association with a leading aerospace company; entry-level position offers promising career mobility in the engineering field.
- Entry-level engineering role at SpaceX
- Pathway to advance in aerospace engineering careers
- Involvement in high-impact propulsion projects
Pros
- Strong potential for career advancement within SpaceX
- Unique experience in aerospace propulsion systems
- Opportunity to work on innovative projects with significant impact
Cons
- Entry-level position may not offer immediate full benefits
- High-pressure environment with tight deadlines
- Limited salary information available
Who it's for
Entry-level • On-site
Good fit
- Engineering graduates
- Candidates with a passion for aerospace technology
- Individuals seeking dynamic work environments
Not recommended for
- Non-engineering candidates
- Individuals uncomfortable with high-pressure situations
- Those seeking entirely remote positions
Motivation fit
Eagerness to work on breakthrough technology projectsDesire to contribute to sustainable space explorationInterest in collaborative team-based projects
Key skills
Fluid systems designStructural analysisCollaboration with multidisciplinary teamsTechnical concept development
Score: 81/100 AI verified analysis
About the job
SpaceX is seeking a New Graduate Engineer, Propulsion (Starship) to join their team in Texas, United States. The role involves developing fluid systems for high-performance interplanetary vehicles.As a New Graduate Engineer, Propulsion, you will be responsible for designing, analyzing, and building fluid systems for the Starship and Super Heavy vehicles. Your tasks will include sizing vehicle fluid systems, performing structural analysis, and driving the manufacturing and build flow of parts and systems. You will also develop concepts of operations for these systems, from acceptance testing to in-flight operations.
