CNC Machinist (2nd Shift)

As a CNC Machinist at Neuralink, you'll be responsible for programming and setting up CNC machines, optimizing machining processes, conducting meticulous inspections on finished parts, and ensuring high precision throughout production. Additional duties include troubleshooting programming issues, performing routine maintenance on CNC equipment, and managing parts in your queue, all while contributing to our mission of developing cutting-edge brain-computer interfaces.

To qualify for the CNC Machinist position at Neuralink, candidates should have at least two years of relevant machine shop experience and demonstrate proficiency with CAM software and CNC control systems. Being able to read and interpret engineering drawings is essential, as is having experience as a machine operator, which enables you to effectively contribute to our manufacturing processes.

The typical work schedule for the CNC Machinist on the 2nd Shift at Neuralink is Monday through Thursday, from 2:30 pm to 1:00 am Central Time. This shift provides an excellent opportunity for individuals who prefer working in the evening while allowing plenty of time during the day for personal pursuits.

Neuralink prides itself on rapid advancement for team members who make a significant impact. As a CNC Machinist, your career could progress quickly based on your contributions and expertise. Continuous learning and upskilling are highly encouraged, creating a nurturing environment for your professional growth while working on groundbreaking technology.

CNC Machinists at Neuralink enjoy a comprehensive benefits package that includes medical, dental, and vision insurance, paid holidays, meals provided, and commuter benefits. Additionally, there are opportunities for equity and participation in a 401(k) plan, along with flexible time off to promote a balance between work and personal life.

In preparing for this question, think about specific projects where you programmed CNC machines. Highlight your familiarity with different types of CAM software and provide examples of how you solved challenges during programming—whether in terms of efficiency, tooling, or complex designs.

Discuss your approach to quality assurance, such as using precision measuring tools like calipers and micrometers. Mention the importance of comparing finished parts to blueprints and embracing a meticulous inspection routine to uphold quality standards.

Focus on the importance of routine maintenance, like cleaning, lubricating components, and performing checks on tooling and calibration. Explain how proactive maintenance prevents downtime and supports optimal performance.

Explain your systematic approach to troubleshooting, such as first identifying the problem through diagnostics, then going through potential causes, and applying solutions. Provide examples of previous experiences with troubleshooting to support your answer.

Mention specific materials (plastics, metals, composites) you've worked with, and describe how you adapt your machining practices depending on material properties. Highlight any particular challenges faced with certain materials and how you overcame them.

It's essential to showcase your teamwork skills. Share how you communicate openly with colleagues about projects, solicit feedback, and offer insights that contribute to shared goals, emphasizing a collaborative culture.

Talk about specific methods you've implemented in past roles to improve efficiency, such as refining tool paths, reducing cycle times, or selecting optimal tooling based on the task at hand. Mention any quantifiable improvements you achieved.

Think of a specific instance where project parameters changed unexpectedly. Share how you quickly adjusted your plans and processes while maintaining high-quality standards, emphasizing your flexibility and problem-solving skills.

Describe your method for task prioritization—perhaps using urgency and the impact of each task on project outcomes. Share techniques you use to keep organized, such as maintaining a checklist or digital project management tool.

Reflect on your passion for machining and technology innovation. Discuss how contributing to life-changing projects at Neuralink energizes your work and how personal growth and team success drive your motivation.