Laser Tracker Toolmaker (Starship)

A Laser Tracker Toolmaker at SpaceX works on building and improving mechanical systems and tooling operations. This role is instrumental in collecting geometric data using laser trackers and interpreting it to ensure precision in the manufacturing processes. Your analysis and communication skills help make the Starship program successful.

To become a Laser Tracker Toolmaker at SpaceX, you typically need a high school diploma or equivalent and at least one year of experience working with laser trackers. A two-year degree or technical training and experience in analyzing data can be beneficial, especially in utilizing software like Verisurf.

Preferred skills for the Laser Tracker Toolmaker role at SpaceX include experience with inspection equipment, strong mechanical aptitude, a solid understanding of geometric relationships, and the ability to visualize and work with complex geometries. Familiarity with laser tracking devices and data reporting is also highly valued.

Yes, SpaceX offers a comprehensive benefits package for Laser Tracker Toolmakers, including competitive pay rates, medical, vision, and dental coverage, a 401(k) retirement plan, paid vacation, and holidays. Additional incentives may include stock options and bonuses, making it a rewarding place to work.

At SpaceX, the work environment for Laser Tracker Toolmakers is dynamic and innovative, designed to foster teamwork and collaboration. You'll work alongside passionate professionals who are dedicated to making space exploration a reality, all while emphasizing safety and continuous improvement.

The pay range for a Laser Tracker Toolmaker at SpaceX starts at $30.00/hour for Level 1 and can go up to $38.00/hour for Level 3, depending on experience and skills. Your base salary is part of a total rewards package that includes stock options and comprehensive benefits.

Laser Tracker Toolmakers at SpaceX may be required to work multiple shifts, including overtime and weekends, to meet critical project deadlines. Flexibility and adaptability in shifting schedules are essential to thrive in this fast-paced environment.

GD&T, or geometric dimensioning and tolerancing, is crucial in tooling operations as it provides a clear and concise way to communicate the allowable variation in part geometry. When you explain its significance, relate how it ensures parts fit correctly in assemblies, reduces manufacturing errors, and improves overall product quality.

Approaching blueprint interpretation requires a systematic method. Begin by familiarizing yourself with all elements of the drawing, such as dimensions, tolerances, and notes. Pay close attention to GD&T annotations to understand the design intent. Discussing this process can highlight your analytical skills and your emphasis on precision.

Detail your hands-on experience with laser tracking technology, mentioning any specific devices you’ve worked with, such as Leica laser trackers. Explain how you’ve utilized the technology for collecting data and how it helped improve manufacturing processes through accurate measurements and analysis.

Discuss specific challenges, such as working in extreme environments or dealing with temperature variations affecting precision. Offer examples of solutions you implemented, focusing on your ability to adapt processes or equipment to ensure accuracy and quality.

Effective communication across teams is vital. Emphasize your strategies, such as regularly scheduled meetings, using clear and concise language, and integrating collaborative tools for sharing data. This shows your commitment to teamwork and project success.

Describe the methods and software tools you use for analyzing geometric data, like Verisurf. Mention how you generate reports and evaluate the data against design specifications to inform next steps in production.

Share a specific example of a scenario where you had to pivot your approach due to unforeseen circumstances. Highlight your problem-solving abilities and how your adaptability contributed to project success.

Discuss your commitment to safety protocols. Mention specific methods you follow, such as regular safety inspections, adhering to safety guidelines, and actively participating in safety training sessions to ensure a safe working environment.

Reflect on your passion for the work involved in tooling operations. Talk about the excitement of contributing to innovative projects like the Starship program and how satisfaction in precision engineering keeps you motivated.

Share your strategies for prioritization and organization. Discuss how you use tools like project management software or personal checklists to manage deadlines effectively without compromising quality.