Production Machinist (Starlink) - 1st shift - Level 4/5

As a Production Machinist (Starlink) at SpaceX, you will manage the setup and operation of CNC machines to create high-precision parts, ensuring that all operations adhere to micron-level tolerances. Your responsibilities will include troubleshooting machine issues, completing machining operations according to specifications, and maintaining production quality by inspecting parts for compliance with engineering drawings.

To be considered for the Production Machinist (Starlink) role at SpaceX, candidates should have a high school diploma or equivalent and at least 5 years of experience with g-code, CNC mill and lathe setup, and operation. Experience in production machining cells and familiarity with micron-level tolerance parts is also essential, while additional skills in diamond turning and CNC programming using NX are preferred.

Working as a Production Machinist (Starlink) at SpaceX means being part of a fast-paced, cutting-edge environment that promotes innovation and excellence. The position may require standing for extended periods and working in an environment with repetitive movements. You might also work with loud machinery, so safety practices are a top priority.

Absolutely! SpaceX values the professional development of its employees. As a Production Machinist (Starlink), you'll have opportunities to expand your skills in advanced machining techniques, learn new technologies, and potentially advance to higher levels within the organization. Continuous improvement is a core aspect of our culture, so your growth is supported every step of the way.

SpaceX offers a comprehensive benefits package for Production Machinists (Starlink), including competitive hourly pay, eligibility for stock options, access to medical, vision, and dental coverage, a 401(k) retirement plan, life insurance, and paid parental leave. Additionally, employees can enjoy paid vacation and holidays to ensure a balanced work-life experience.

In your answer, draw on specific examples from your previous work with CNC machines. Discuss the types of CNC mills or lathes you have operated, the setups you have performed, and any key challenges you overcame. Highlight your familiarity with g-code and how you ensured precision and quality in your machined parts.

Discuss a systematic approach to troubleshooting, such as observing alarm codes, checking for tool wear, or reviewing machining parameters. Provide examples from your past where you identified an issue and the steps you took to resolve it, showing your problem-solving capability.

Explain your process for reading blueprints, emphasizing your attention to detail and understanding of dimensional tolerances. Discuss how you apply this understanding to machining operations and ensure compliance with specifications.

Share a specific project where you faced significant challenges, such as complex tolerances or unusual materials. Detail the steps you took to successfully complete the project, highlighting your technical skills and creativity in problem-solving.

Discuss preventative maintenance routines, your responsiveness to machine alerts, and the importance of keeping meticulous logs. Mention how you collaborate with team members to troubleshoot issues quickly and minimize downtime.

Outline your familiarity with production machining environments, including your roles and responsibilities within a team setting. Discuss how you contributed to overall efficiency and quality in a cell-based production framework.

Share the safety measures you take when operating machines, such as PPE practices, machine safety checks, and emergency procedures. Emphasize your awareness of workplace safety regulations and your commitment to maintaining a safe working environment.

Talk about your time management strategies, including how you prioritize tasks, communicate with your team, and maintain a focus on quality. Use specific examples that demonstrate your ability to manage pressure effectively.

If you have experience with diamond turning, explain the types of parts you machined using this technique. Highlight the specific skills or knowledge you have gained and how you've applied them to enhance production quality.

Stress the importance of clear, open communication in machining projects. Discuss your methods for keeping your team informed, whether through regular updates, meetings, or collaborative problem-solving approaches to overcome challenges.