Ultra Precision Machining Specialist (Machining) - Level 4/5

As an Ultra Precision Machining Specialist at SpaceX, you will be responsible for scoping, developing, and automating precision machining processes to produce ultra-accurate parts. This includes using sophisticated 3/4/5 axis mills, multi-axis turning centers, and pallet systems. Your role will also involve designing tooling, creating CAM programs, and collaborating with machinists to bring new product lines into production efficiently.

Candidates applying for the Ultra Precision Machining Specialist position at SpaceX should possess a high school diploma or equivalency and have over 10 years of experience in developing machining processes, including programming and machining. Additionally, experience with CNC mills and lathes, as well as at least 5 years in automation processes, is essential. Understanding GD&T and CMM results is also crucial.

The position of Ultra Precision Machining Specialist at SpaceX is unique due to the focus on producing parts with tolerances in the single-digit microns, challenging the limits of what's achievable in machining. You'll be part of a team that works on innovative and groundbreaking projects, helping to shape the future of space exploration, while utilizing world-class equipment and techniques.

The work environment for an Ultra Precision Machining Specialist at SpaceX is dynamic, innovative, and driven by cutting-edge technology. You will be involved in hands-on work while collaborating with a skilled team. Expect to work extended hours, including ten-hour shifts and weekends as dictated by project needs, in a setting that values operational excellence and forward-thinking solutions.

As an Ultra Precision Machining Specialist at SpaceX, you will receive a competitive salary range with additional incentives such as stock options and bonuses. Benefits include comprehensive medical, vision, and dental coverage, a 401(k) retirement plan, paid parental leave, paid vacation, and holidays. Plus, you’ll enjoy a culture that prioritizes employee well-being and growth.

When answering this question, emphasize your hands-on experience with different types of CNC machinery. Provide specific examples of projects where you developed machining processes and detail how you tackled challenges and achieved desired tolerances.

Discuss the importance of GD&T and your approach to quality assurance. Highlight your methods for interpreting CMM results and how you implement adjustments during the production process to maintain high standards.

Explain your proactive approach to problem-solving. Provide examples of how you've successfully identified potential issues in the past and what innovative solutions you implemented to keep production on track.

Share a concise story outlining a project where you led the transition. Focus on the planning phases you undertook, the challenges you faced, how you collaborated with team members, and the positive outcomes that resulted from your work.

Detail your familiarity with automated systems like pallet pools and robot loaders. Highlight specific projects where you integrated automation and how it improved efficiency and accuracy in production.

Discuss the resources you use to keep abreast of industry advancements, such as attending conferences, workshops, and relevant publications. Convey your passion for continuous learning and how this benefits your work.

Outline your approach to tooling design, emphasizing the analytical and creative aspects of the process. Mention how you work with other team members and your methods for ensuring that tooling meets specifications for precision machining.

Provide strategies that you use to manage time effectively and prioritize tasks. Share a real-life example where you successfully completed a project under a tight deadline without sacrificing quality.

Discuss your knowledge of precision machining tolerances, specifically single-digit microns, and how that applies to your role. Provide examples of projects where tight tolerances were critical to project success.

Mention specific CAM programming tools and software you're proficient in. Explain how these tools support your work in precision machining and give an example of how using them improved a machining process in the past.