Computer Numerical Control Machinist
On this page
- What's it like to be a Computer Numerical Control Machinist?
- How to become a Computer Numerical Control Machinist
- Latest Computer Numerical Control Machinist jobs
- Top skills and experience for Computer Numerical Control Machinists
What's it like to be a Computer Numerical Control Machinist?
Computer Numerical Control (CNC) Machinists craft parts and components using computer-controlled machinery. They work with materials ranging from metal to plastic, transforming raw materials into precise pieces vital to various industries like aerospace and automotive. CNC Machinists program CNC machines, set up workpieces, and monitor the machining process.
Tasks and duties
- Reading and interpreting engineering blueprints and schematics.
- Programming CNC machines using G-code or CAD/CAM software.
- Setting up machine tools, including loading materials and tool changes.
- Monitoring machines during operation and making adjustments as needed.
- Inspecting finished parts for accuracy and quality.
- Performing routine machine maintenance.
- Collaborating with engineers and designers on process improvements.
- Troubleshooting machining issues.
How to become a Computer Numerical Control Machinist
To work as a CNC Machinist, you usually need to have a high school diploma or equivalent in addition to technical training in machining or CNC technology.
- 1.
Complete a high school diploma or equivalent. This education provides the foundational knowledge in mathematics and physics, which are crucial for CNC machining.
- 2.
Pursue technical training or an associate degree in machining or CNC technology. These programs provide hands-on experience with CNC machines and the principles of machining.
- 3.
Secure an apprenticeship or entry-level position in a machine shop or manufacturing environment. It allows you to apply your knowledge to real-world situations, learn machine-specific operations, and understand safety protocols.
- 4.
Learn CNC programming languages such as G-code and CAM software. Proficiency in programming is crucial as it enables you to write, modify, and troubleshoot CNC programs.
- 5.
Obtain industry-recognized certifications like the National Institute for Metalworking Skills (NIMS) CNC Machining certification. Certifications demonstrate your competence and commitment to quality.