Mechanical Engineer, Cabin Structures (Crew Starship)

After 50 years, humankind will once again return to the surface of the moon using SpaceX's new vehicle, Crew Starship (also known as HLS or the Human Landing System) - this time for good. Starship will usher in the next era of crewed spaceflight and exploration, ultimately allowing us to establish permanent communities on the Moon, Mars, and beyond.

As a Mechanical Engineer on the Crew Starship team, you will design and build spacecraft systems that are critical to the success and safety of future astronauts. Disciplines within this team include primary and secondary structures, mechanisms, and crew-interfacing hardware. Your design solutions will be driven by all future Crew Starship missions (Lunar, Mars, etc.).

This role requires full hardware ownership, from initial design requirements and concepts all the way through design, analysis, prototype, qualification, and integration.

- Own the design and development of next generation structures, mechanisms, or interior systems for Crew Starship vehicles

- Perform hand calculations and FEA to develop, assess, and optimize designs

- Rapidly iterate on manufacturing processes and development testing in a fast-paced environment

- Collaborate with interdisciplinary teams to ensure hardware integrates with Starship systems and supports necessary mission operations

- Lead design reviews internally and externally with suppliers and customers (e.g., NASA)

- Negotiate complex trade studies to optimize for cost, schedule, safety, and performance, among other considerations

- Be responsible for project delivery timeline from early design through production, launch, and recovery

- Exemplify technical excellence and be accountable for your work

- 1+ years of experience with mechanical design and analysis (internship experience qualifies)

- 3+ years of professional experience in mechanical design and analysis

- Strong ability to use data and analysis to make fast data-driven decisions

- Experience with structures, mechanisms, or interior design in aerospace or aviation industries

- Ability to perform trade studies using first principles and engineering fundamentals to make clear recommendations even with partial information

- Solid understanding and application of geometric dimensioning and tolerancing (GD&T)

- Demonstrated understanding of structural analysis and failure modes of complex mechanical systems

- Technical knowledge of human spacecraft systems and operations

- Excellent communication skills (both written and verbal) and ability to succinctly present recommendations to other engineers, stakeholders, management, and executive staff

- Experience at a nimble engineering organization or in a highly technical position that required a scrappy, entrepreneurial manner to accomplish tasks with tight time or budget constraints

- Ability to pass Air Force background check for Cape Canaveral