CNC Programmer

What sets ECC's manufacturing program apart?

ECC offers programming a 3+ 2-axis trunnion vertical machining and seven-axis-turning centers in the classroom and machine shop. Learn advanced M- and G-Codes to control and organize functions; Computer-Aided Design/Computer-Aided Manufacturing designs; blueprint reading; integrate probe systems; calculate proper Surface Feet per Minute (SFM), RPM, FPR, and FPT; plus production from a solid block/round of material. Plus, your coursework will teach you about advanced set-ups, operations, and features needed in the field.

What will I learn in a CNC Programming Class?

CNC programming is the union of hardware and software, database management, and communications to automate and control production activities. You'll learn to control everything from planning and design to manufacturing and distribution. As a CNC Operator or CNC Programmer, you'll be in a highly skilled trade where you'll learn to troubleshoot machine problems, perform complex setups, and understand macro language as you move through the classes to finish with Advanced CNC Programming. 

After you've completed your IMT coursework, you may take additional liberal arts and sciences courses to broaden your academic background and prepare for a supervisory position in the manufacturing industry.

Can I be a certified CNC programmer?

Students at ECC can earn the National Institute for Metalworking Skills (NIMS) and Manufacturing Skills Standards Council (MSSC) certifications, giving you more qualifications that may increase your competitiveness for jobs.

Computer Integrated Manufacturing Degree

In addition to the two-year Computer Integrated Mfg Option-AAS, Associate in Industrial Manufacturing Technology, or Machine Tool Technology-AAS, you can pursue certifications. All of ECC's certifications emphasize career readiness and provide preparation for immediate employment.

Earn an Associate of Applied Science degree in Computer Integrated Manufacturing.