Looking for CNC machinist jobs? View our job board here!
If you have a passion for technology, precision, and hands-on work, becoming a CNC machinist might be the perfect career for you. Computer numerically controlled (CNC) machines are the backbone of modern manufacturing, cutting, shaping, and finishing raw materials like metal, plastic, and wood into precise components. This guide will walk you through the steps on how to become a CNC machinist, the responsibilities you’ll have, and what to expect in terms of jobs and pay.
A CNC machinist is responsible for operating and maintaining CNC machines, which are used to produce precision parts in industries like aerospace, automotive, electronics, and medical devices. CNC machinists work with blueprints and CAD/CAM files to set up machines, program them, and monitor their operation to ensure the parts produced meet strict specifications.
While CNC machines are highly sophisticated, they still rely on the expertise of machinists to ensure they function properly. Whether it’s adjusting speeds, checking for defects, or ensuring the machines are well-maintained, CNC machinists are key players in modern manufacturing.
CNC machinists wear many hats. They are responsible for:
They also work closely with CNC programmers and other engineers to troubleshoot any issues that arise during production. As a CNC machinist, attention to detail is critical, as even the slightest error can result in unusable parts.
To pursue a career as a CNC machinist, you’ll need at least a high school diploma or GED. High school courses in math, particularly algebra and geometry, will provide the foundation for the precise calculations you’ll use daily. Classes in computer science and shop can also give you early exposure to the concepts of CNC machining.
From there, you can further your education by enrolling in a technical or trade school, which will provide specialized training in areas like CNC programming, blueprint reading, and CAD/CAM software. Some machinists also pursue an associate degree, but this is not always required.
Becoming a CNC machinist takes time, combining both education and on-the-job training. Typically, it takes around four to five years of combined schooling and work experience to become fully trained. Vocational programs often offer apprenticeships, internships, or externships, which allow you to gain practical experience while completing your education.
Some companies may also offer training programs, but having a formal education or certification can make you a more attractive candidate for CNC machinist jobs.
Being a CNC machinist requires a unique blend of technical and soft skills, including:
The median annual wage for CNC machinists was $50,840 as of May 2023, according to the U.S. Bureau of Labor Statistics. Actual salaries vary based on experience, industry, and location.
Industry plays a major role in determining wages. CNC machinists in transportation equipment manufacturing earn the highest median annual wage of $57,260, while those in wholesale trade and machinery manufacturing make slightly less. Jobs in employment services tend to have lower wages, around $37,270.
The job outlook for CNC machinists is expected to remain stable from 2023 to 2033, with little to no overall employment growth. However, about 35,400 job openings per year are projected due to retirements and career shifts.
While automation is changing manufacturing, CNC machinists with skills in multi-axis machining, programming, and troubleshooting will continue to be in demand. Many machinists work full-time in facilities that operate around the clock, leading to opportunities for overtime, night shifts, and weekend work, which can increase earnings.
For those considering this career, CNC machining remains a steady field with strong earning potential, especially for individuals who continue developing their technical skills and industry expertise.
While certification is not always required, it can help you advance more quickly in your career. NIMS certifications are widely recognized and respected in the industry. As you gain experience and further certifications, you can move up to supervisory or CNC programming roles.
Additionally, staying up-to-date on the latest technologies and techniques through workshops and continuing education will keep you competitive in this ever-evolving field.
Amtec doesn’t always have open CNC machinist jobs, but we regularly update our job board with opportunities across a variety of industries.
Visit Amtec’s job board and apply now!
Learning how to become a CNC machinist can offer many rewards. This includes an exciting and rewarding career where your passion for technology and precision can make a real difference. With the right training and experience, you’ll have opportunities to grow, innovate, and thrive in industries like aerospace and automotive, enjoying both personal fulfillment and competitive pay along the way.
CNC operators tend to have fewer responsibilities and focus on running the machines, while CNC machinists set up, program, and troubleshoot the machines.
Yes, it’s a well-paying and stable career, especially as industries continue to rely on precision machining.
While a degree isn’t always necessary, vocational training and certifications will improve your job prospects.
CNC machinists typically work full-time, around 40 hours per week, with standard 8 to 10-hour shifts. Many machinists also work overtime during peak production periods, which can extend their hours beyond the standard workweek. Some companies offer alternative schedules, such as four 10-hour shifts or weekend shifts, to accommodate production needs and employee preferences. In facilities operating multiple shifts, CNC machinists may work night or weekend hours to maintain continuous production. Individual schedules can vary, with some machinists starting early in the morning or working extended shifts to maximize productivity.
In this guide, we’ll show you how to write a 2-week notice that doesn’t just get the job done, but positions you for future opportunities.
Discover how AI is transforming engineering—from evolving job roles to real-world engineering applications of artificial intelligence.
What are good reasons to call out of work? Learn 15 valid excuses and how to call out responsibly without losing trust at work.