CNC programmer
Write the code that brings machines in a factory to life! You'll make sure they cut, mill and drill efficiently and safely.
Also known as: CNC operator, CNC setter, CNC machinist, computer numerically controlled programmer
About the job
What it's like
If you've ever seen the machines in a manufacturing process, it's an impressive sight! Effortlessly cutting, moving and assembling parts to create products. What you don't see is the person pulling the strings, directing the machinery to perform the intricate tasks. That's a CNC (computer numerically controlled) programmer.
You'll create and refine the code that tells machines what they need to do. The most important language for CNC programmers to learn is 'G-code'. You might use it to instruct machines how to cut, drill, stamp, grind or laser different materials
You'll start by looking at complex technical drawings and making sense of them. Next, you'll create and test programmes to carry out manufacturing tasks. Your work will improve the quality, safety and efficiency of the manufacturing process. You might help make parts for vehicles and aerospace, furniture, military equipment and much more.
If you love to code, have an eye for detail and enjoy solving problems, you could manufacture yourself a career in CNC programming.
Your tasks might include
interpreting specifications and technical drawings
writing the program to tell the machine what it needs to do and how to do it
deciding which cutting tools and materials are needed
testing, fixing and improving the operation of machines
making sure health and safety rules are followed
keeping detailed notes and records for the operation of machines
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Related industries
Many jobs can be done in lots of different industries. We've highlighted the ones we think are most important for this job.
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Engineering and manufacturing
Top skills
Skills are things you're good at. Whether you know what yours are or not, everyone has them!
It's useful to learn which ones are important in a job so you know the areas you need to brush up on. It can also help you work out if you're suited to a career.
Meta skills
Here are some of the meta skills you'll need to do this job.
- attention to detail
- resourceful
- written communication
- working with technology
- reading
- listening
Your skills are important
Our unique skillsets are what make us stand out from the crowd. Learn about each skill in depth and discover what employers look for in your applications and interviews.
Getting in
Explore each section to find more information about getting into this career.
Colleges and universities will list subjects you'll need for entry to a course. Some useful subjects include:
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Computing Science
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Design and Manufacture
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Engineering Science
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Maths (Mathematics)
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Physics
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Foundation Apprenticeship: Engineering
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Applications of Mathematics
You can get a head start in this career by doing a Foundation Apprenticeship in S5 and S6.
You'll get an SCQF level 6 qualification which is the same level as a Higher. You'll also learn new skills and gain valuable experience in a work environment.
Discover what's on offer at your school on Apprenticeships.scot.
There are a number of ways to get qualified for this job through college, university or work-based qualifications, such as apprenticeships.
You'll be using software and coding languages in order to create programs to run the most effective manufacturing process – to do this effectively, you'd benefit from:
understanding manufacturing processes
having the ability to read and interpret engineering drawings
This knowledge and experience could be gained through a variety of sources such as college or university courses in areas such as:
engineering systems/practice (manufacture)
mechanical and manufacturing engineering
computer aided design and technology
software engineering
Apprenticeships
You can gain skills and qualifications in the workplace through options such as Foundation Apprenticeships (FA), Modern Apprenticeships (MA) and Graduate Apprenticeships (GA).
Foundation Apprenticeships (FAs) are chosen as one of your subjects in S5 and S6 but include hands-on learning at a local employer or college. They are the same level as a Higher.
You might want to consider an FA in areas such as:
IT: Software development
Engineering
Modern Apprenticeships (MAs) mean you learn on the job. You get paid and work towards a qualification at the same time.
You might want to consider an MA in areas such as:
Engineering Technical
Graduate Apprenticeships (GAs) are designed for industry and you'll spend most of your time learning on the job but you'll also go to uni. You'll get a job, get paid and work towards a qualification at the same time.
You might want to consider a GA in areas such as:
Engineering: Design and Manufacture
IT: Software Development
Not all employers list specific qualification requirements they might ask for relevant experience, usually work based, that demonstrate a range of transferable skills.
It is useful to have knowledge of CAD format models such as IGES and STEP.
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