Development Test Engineer - job 1 of 2

As a Development Test Engineer at SpaceX, your primary responsibilities include creating test stand concepts, developing fabrication drawings and wiring schematics, and overseeing the integration of test stands. You'll also operate these stands with great attention to detail and engage in analyzing structures and fluid systems critical to the development of cutting-edge spacecraft and launch vehicles.

The basic qualifications needed for the Development Test Engineer role at SpaceX include a Bachelor's degree in mechanical engineering and at least one year of relevant experience. This could come from professional work, academic projects, or research involving mechanical structures. Preferred qualifications include a Master's degree and additional skills in design software and finite element analysis.

Yes, as a Development Test Engineer at SpaceX, you should be prepared to travel as needed. The expectation is that travel might reach up to 25% to other SpaceX sites, enabling collaboration and gaining insights into various projects across the organization.

Preferred skills for the Development Test Engineer role at SpaceX include experience with Unigraphics (NX), an understanding of GD&T, and hands-on design and fabrication capabilities. Additionally, skills in programming languages like Python, JavaScript, and HTML/CSS, as well as data acquisition experience, can enhance your suitability for the role.

At SpaceX, Development Test Engineers work in varied environments which may include outdoor settings and sometimes at elevated heights using scissor and boom lifts. It is essential to have a willingness to engage in the physical efforts required by the role, as well as the availability to work extended hours or weekends when required.

When answering, focus on your hands-on experience and any projects where you created or operated test stands. Highlight specific challenges you encountered and how you overcame them, emphasizing your attention to detail and problem-solving skills.

Discuss your understanding of engineering principles related to mechanical systems and reliability. Explain how you apply these principles in a testing environment to ensure that designs meet specified requirements and performance metrics.

Talk about the techniques you utilize to minimize errors in data collection and analysis. You might mention calibration protocols, consistent procedures, and possible software tools you have used to aid in data accuracy.

Mention any experience you have with industry-standard tools like Unigraphics (NX) or other CAD software. Provide specific examples of projects where these tools contributed to your success in design and analysis.

Share a relevant example that illustrates your leadership skills. Include details that highlight your problem-solving abilities, communication methods, and how you motivated your team to achieve the project goals.

Talk about your collaborative style, how you manage different viewpoints, and your strategies for motivating team members during high-pressure situations, ensuring that the goals of the project align with everyone’s strengths.

Safety is paramount in testing environments. Discuss your familiarity with safety protocols and how you ensure that all team members follow them to minimize risk. Share specific instances where safety measures were crucial.

Explain your investigative process for diagnosing inconsistencies in test results. Emphasize a methodical approach towards troubleshooting and how you would collaborate with other engineers to identify root causes.

Discuss your understanding of Geometric Dimensioning and Tolerancing (GD&T) and how it applies to your engineering designs. Address its implications for manufacturing processes and ensuring parts fit and function as intended.

Share a personal story or experience that drew you to aerospace engineering. Highlight how your passion aligns with SpaceX's mission and how you wish to contribute to pioneering advancements in space exploration.