Production Machinist (Starlink) - 2nd Shift - Level 4/5

As a Production Machinist (Starlink) at SpaceX, your primary responsibilities will include setting up and operating multi-axis CNC machines, machining micron-level tolerance parts, managing machine uptime through effective troubleshooting, and executing machining operations based on blueprints and instructions. This role necessitates a strong understanding of production processes and the ability to work with complex materials.

To qualify for the Production Machinist (Starlink) position at SpaceX, you need a high school diploma or an equivalent certificate, along with a minimum of 5 years of experience in CNC operations, particularly with g-code, setup, and machining. Familiarity with production machining cells and experience working with tight tolerance parts are essential for success in this fast-paced environment.

Preferred skills for the Production Machinist (Starlink) role include extensive experience with horizontal and vertical mill setups, knowledge of pallet systems, CNC programming experience using NX, and specific experience with diamond turning. Being adept in handling and inspecting micron-level tolerance parts, along with familiarity with materials such as aluminum and copper, will significantly improve your application.

As a Production Machinist (Starlink) at SpaceX, you will work the 2nd shift from 4:00 PM to 2:30 AM. You should also be prepared to work overtime and weekends as needed to meet production demands.

SpaceX offers competitive compensation, including a pay range of $34.00 - $45.00 per hour depending on your level of experience. Additional benefits include comprehensive medical, dental, and vision coverage, 401(k) retirement plans, paid vacation, holidays, and the potential for long-term incentives like stock options and bonuses, contributing to a robust rewards package.

To ensure precision, I always start with thorough preparation, including reviewing blueprints and instructions. I double-check my setups and continually monitor the machines for any signs of deviation. Using quality inspection tools, I conduct tests on the first few pieces to confirm accuracy and make adjustments as needed.

In my previous roles, I've developed CNC programs mainly using g-code and NX software. I’m comfortable writing and modifying programs to optimize machining processes and have a solid understanding of how to translate engineering specifications into effective machining instructions.

In a previous position, I encountered an unexpected alarm on a CNC machine that halted production. I quickly diagnosed the issue, identified a faulty tool, and replaced it. By maintaining calm and following protocol, I minimized downtime and returned the machine to operational status efficiently.

Safety is my utmost priority. I always wear appropriate PPE, such as goggles and gloves, and ensure that all safety guards on machines are in place. I consistently follow safety protocols and regulations, and I actively participate in safety training to stay informed about best practices.

Handling tight tolerance specifications requires meticulous attention to detail. I utilize high-quality measuring tools and perform regular inspections during the machining process. I also make incremental adjustments to my setup as necessary based on the measurement results, ensuring we meet specifications every time.

My troubleshooting approach starts with observing the alarms and error messages, followed by checking the tool, workpiece, and setup. I also consult machine manuals and, if necessary, seek input from colleagues. This collaborative approach often leads to fast and effective resolutions.

I have extensive experience operating both horizontal and vertical CNC mills, adapting my skills as needed for various tasks. My proficiency also includes familiarity with multi-axis machines and different machining processes, enabling me to tackle diverse and complex projects.

I prioritize tasks based on deadlines and complexity. I create a timeline, breaking larger projects into manageable milestones, which allows me to allocate my time and resources effectively, ensuring that all projects are completed on schedule while maintaining quality.

I'm motivated by the opportunity to work on challenging projects that push my skills to new limits. The drive for continuous improvement and learning new techniques fuels my passion for machining, along with the satisfaction of contributing to innovative and impactful technologies.

I have worked with a variety of materials, including aluminum, copper, and advanced composites. With each material, I've adapted my machining techniques and tool selection to optimize performance and achieve the desired quality and tolerances.