New Graduate Engineer, Propulsion

About the role

Join the Raptor team to develop the engines powering Starship as we work toward making humanity multiplanetary. You will contribute to the design, manufacturing, and testing of high-performance flight hardware in a fast-paced production environment. This position places you at the heart of propulsion innovation where theoretical concepts transition into flight-critical components. You will collaborate with seasoned engineers to solve complex technical challenges under demanding schedule pressures. The role requires a strong aptitude for learning and applying engineering fundamentals to real-world hardware development. Expect to take ownership of specific components and processes that directly impact engine performance and reliability. You will be part of a mission-driven culture focused on advancing space exploration through rapid iteration and execution.

Key facts

What you'll do

• Design and develop next-generation rocket engines, test stands, and production lines to meet stringent performance targets.
• Apply hand calculations and finite element analysis tools to evaluate structural integrity and optimize mechanical designs for manufacturability.
• Drive iterative improvements in manufacturing processes and development testing methodologies to increase efficiency and reliability.
• Partner with cross-functional interdisciplinary groups to ensure seamless hardware integration across propulsion, guidance, and structural Raptor systems.
• Execute analysis of significant business outcomes while simultaneously expanding your technical expertise and professional capabilities.
• Translate system requirements into detailed engineering specifications for propulsion components and subsystems.
• Support the development and execution of test campaigns, including setup, data collection, and preliminary analysis of test results.
• Document engineering decisions, processes, and results to maintain clear technical records and facilitate knowledge transfer.
• Implement design changes based on test data and manufacturing feedback to resolve issues and enhance performance.
• Contribute to the creation of standard work procedures that uphold safety, quality, and production throughput standards.
• Utilize CAD software and other engineering tools to create and modify detailed part and assembly drawings.
• Assist in troubleshooting anomalies during development and production phases to minimize schedule impacts.
• Support the assessment of vendor parts and materials to ensure compliance with strict engineering specifications.
• Participate in design reviews and technical meetings to communicate progress and gather feedback from experienced engineers.

Requirements

• Hold a Bachelor degree in physics or an engineering discipline relevant to propulsion systems.
• Possess a minimum of 1 year of experience in fluids or mechanical engineering gained through internships, professional work, research, or project teams.
• Anticipate graduation in spring, summer, or fall of 2026 with a completed degree.
• Demonstrate the ability to work weekends and extended hours as required to meet project deadlines.
• Show eligibility to obtain necessary security clearances and comply with ITAR regulations.
• Maintain citizenship or eligible immigration status that permits employment in the designated location.
• Exhibit strong written and verbal communication skills to effectively collaborate with technical teams.
• Apply basic physics and engineering principles to analyze problems and develop practical solutions.

Nice to have

• Achieve academic success at a rigorous university, specifically maintaining a 3.5/4.0 GPA, earning merit-based scholarships, or scoring in the 95th percentile on standardized tests.
• Build a proven track record in competitive environments, such as engineering, math, or science competitions at regional or national levels.
• Gain experience in a nimble or entrepreneurial organization operating under tight budget or time constraints.
• Develop a history of building hardware or contributing to real-world technical products that reached production or deployment.
• Demonstrate the capability to manage multiple concurrent responsibilities while adapting to rapid professional growth and changing priorities.
• Show strong capacity for data-driven decision making and conducting trade studies using first principles analysis.
• Obtain experience with rapid prototyping techniques and hands-on fabrication methods.
• Familiarize yourself with industry-standard engineering software and programming tools used in propulsion development.

Practical notes

• Salary range: $100,000 to $115,000 per year.
• Compensation includes potential stock options, long-term incentives, discretionary bonuses, and an Employee Stock Purchase Plan.
• Benefits include medical, vision, and dental coverage, 401(k), life insurance, disability insurance, paid parental leave, 3 weeks of vacation, and 10+ paid holidays.
• Work location is in Hawthorne, California, aligning with the specified job listing details.
• Applicants must be U.S. citizens, lawful permanent residents, refugees, or asylees due to ITAR compliance requirements.
• This is a full-time position with a standard work schedule as defined by company policies.
• SpaceX maintains an Equal Opportunity Employer stance and welcomes diverse candidates.
• Employment is contingent upon successful completion of all required background checks and authorization to work in the United States.
• New hires should expect a dynamic work environment that demands adaptability and a strong commitment to safety protocols.
• Professional development opportunities are available to support continuous learning and career growth within the organization.
• The role may require occasional travel to various test facilities and manufacturing sites as project needs dictate.
• Candidates should prepare for a rigorous interview process that may include technical assessments and behavioral interviews.
• Success in this position depends on the ability to quickly absorb technical information and apply it to practical engineering tasks.
• The fast-paced nature of the role requires resilience and a proactive approach to problem-solving.
• Team collaboration is essential, and effective participation in group settings is critical for project success.
• This position contributes to high-visibility programs that have significant impacts on the future of space exploration and technology.
• The scope of work may evolve based on project priorities and organizational needs throughout the assignment.
• Engineers in this role are expected to uphold the highest standards of quality, safety, and professionalism in all aspects of their work.
• Continuous improvement is encouraged, and individuals are empowered to identify opportunities for enhancing processes and outcomes.