CNC Programmer occupation

CNC Programmer

2-YEAR | 4,000 HOURS

CNC programmer occupation

What is a CNC Programmer?

CNC Programmers develop programs to control machining or processing of metal or plastic parts by automatic machine tools, equipment, or systems. Students in the AJAC CNC Programmer Apprenticeship will learn to use CAD and CAM fundamentals to design for manufacturability (develop tooling).

Students will gain a thorough understanding of the underlying manufacturing processes that are essential to developing a part program; they will know how to build a part and will understand the role of the CNC Programmer in a team and an organization.

CNC Programmers:

  • Establish manufacturing process for machining
  • Develop tooling
  • Create CNC code
  • Verify Numeric Code in a software platform
  • Develop set-up documentation utilizing various methods
  • Manage manufacturing data
CNC Programmer benefits

What are the Benefits of Becoming a CNC Programmer?

CNC Programmer is an advanced apprenticeship occupation that reinforces advanced programming techniques along with computer sided design fundamentals, design for manufacturability and project management.

Upon completion of a CNC Programmer apprenticeship, you will receive a nationally-recognized journey-level credential and can move onto more advanced occupations such as Tool & Die Maker, Maintenance Manager, or Operations Manager.

As a CNC Programmer, you will enjoy a long-term career with a good salary, job advancement opportunities, and the chance to work with your hands and cutting-edge technology.

Step to Becoming an Apprentice

Steps to becoming an AJAC apprentice
Identify an employer AJAC partners with and apply for an open position.
Talk with your supervisor to receive company approval for participation.
AJAC will visit your employer to sign our Apprenticeship Agreement.
Once you are registered, AJAC will enroll you in our apprenticeship classes.
Each month, submit your on-the-job training hours through our Apprentice Tracking System.
Upon completion, you will receive AJAC's certificate of completion and a journey-level card in your respective occupation.
6 Steps to Becoming an Apprentice

6 Steps to Becoming an Apprentice

1

Get Hired by a Participating Employer AJAC Partners With

2

Receive Participation Approval from Your Employer

3

Sign an Apprenticeship Agreement with AJAC

4

Enroll in AJAC’s Apprenticeship Classes Each Quarter

5

Log and Submit Your OJT Hours Monthly

6

Receive a Nationally-Recognized Journey-Level Certification from L&I

How Much Can I Earn?

$
42.96
*

*This is a Washington State average for this occupation. Wage rates vary by employer, industry, experience and location. Source: Washington State Employment Security Department 2021 Occupational Employment and Wage Estimates.

Where to find AJAC advanced manufacturing engineering apprenticeship programs in Washington State

Where Will I Work?

AJAC has partnered with 300+ advanced manufacturers to provide supervised, structured, paid on-the-job training.

AJAC apprentices can only work for companies that agree to hire them and place them into the program.

Each company has their own methodology for who they select as an apprentice.

Employers We Partner With
CNC Programmer classes

Where Are Classes Held?

Classes are held one night a week, typically on a Tuesday, Wednesday, or Thursday from 5:00 pm to 9:00 pm.

AJAC’s apprenticeships classes are structured for both online learning or in-person learning. Depending on the specific class you are taking, you may be required to complete it online or in-person.

In-person classes are held either a local community/technical college, high school, or skills center.

Meet Our Instructors

Program Entry-Points

This program is designed as a training for journey level Machinists. It has been structured as a 4,000 hour program for journey-level machinist graduates or those with a college certificate/degree.

For individuals with at least 5 years of proven machining experience, this is a 6,000 hour program to accommodate experienced Machinists achieving their journey level status through work experience but lacking formal academic preparation.

Based on subject matter experts and employer recommendations, the following is the candidate eligibility criteria:

  • Apprenticeship Completion: Journey-Level Machinist. Automatically awarded first year course work (3 classes) and 2,000 OJT Hours.
  • College Certificate or Degree + Industry Trained | 5 Years of Experience/Certificate or Degree: Up to 3 classes of the first year’s coursework and 2,000 OJT Hours.
  • Industry Trained | 5+ Years of Proven Machining Experience: Required to complete all 9 RSI Classes and 6,000 OJT Hours.
Apprenticeship
Class
Apprenticeship
Completion
Industry
Trained
College + Industry
Experience
YEAR 1
APM 103: Engineering DrawingsOXTBD
APM 122: Geometry & TrigonometryOXTBD
APM 201: GD&TOXTBD
YEAR 2
CNC 201: CAD FundamentalsXXX
CNC 202: Design for ManufacturabilityXXX
CNC 203: Manufacturing Processes Related to Project ManagementXXX
YEAR 3
CNC 301: Basic Tool Path for Mill & LatheXXX
CNC 302: Multi Axis/IndexingXXX
CNC 303: Advanced CNC Programming TechniquesXXX
TOTAL CLASSROOM HOURS: 450

 

Apprenticeship Classes

CNC Programmer apprentices take 6 college-level classes (or 8 college-level classes if you are not a journey-level machinist). Each class consists of 50 hours of lecture and/or practical application. Upon completion of each class, apprentices will receive 5 college credits.

As a registered apprentice, you automatically receive 50% reduced tuition. Over half of AJAC’s partnering employers elect to pay for their apprentice’s tuition, making the entire apprenticeship free-of-cost.

Currently, each class costs $288.65 out-of-pocket.

Technical Drawings

Learn to read and interpret engineering drawings and schematics, as well as practice basic drafting. Drawings studied in this class will come both from the text and from industry, and will include machining, fabrication, assemblies, and fluid power systems.

Applied Geometry & Trigonometry

This course focuses on the fundamentals and applications of geometry and trigonometry. Topics include perimeters, areas, volume, trigonometric ratios and function, right angles and non-right angles. Apprentices will discuss relationships of lines, planes, angles, congruent and similar triangles, polygons and circles while performing geometric and trigonometric functions as they relate to manufacturing and aerospace. Other topics include special triangles and the Pythagorean Theorem.

GD&T and Precision Fits

Apprentices will study the theory and application of the use of standard tolerances and GD&T concentrating on geometric dimensioning and its relation to engineering drawings.

CAD Fundamentals

In this course, students learn foundational CAD skills such as data management, validation, drawing arts and tooling that are essential for CNC Programmers.

Design for Manufacturability

Foundational CAD skills such as data management, validation, drawing arts and tooling that are essential for CNC Programmers. Work-holding solutions for each manufacturing sequence, develop jigs to aid manufacturing process, establish 3D data sets for each work-holding sequence, create bill of materials lists, design custom cutting tools, create set-up documentation etc.

Manufacturing Processes Related to Project Management

Confirming customer requirements, defining manufacturing sequences, performing risk assessments to identify manufacturing issues, selecting tools, and documentation.

Basic Tool Path for Mill & Lathe

Use 2D and 3D CAD to create basic tool paths for both mills and lathes. Apprentices will create and verify CNC code, develop set-up documentation, and verify manufacturing data meets current engineering revisions.

Multi Axis/Indexing

Create basic macro programs, sub programs, subroutine programs and 3 + 12 axis programming Multi-axis CAM tool paths for mills and lathes and indexing. Apprentices will create CNC code, verify CNC code, and develop set-up documentation for more advanced machines and projects.

Advanced CNC Programming Techniques

How to choose the specific tooling for the job based on the complex material being used, and create tool list documentation procedures. They will calculate cycle times and record cycle times, to understand job scope.

On-the-Job Training Competencies

The table below is a schedule of tasks and hours designed as a guide. The 6,000 hours (or 4,000 hours if you are a journey-level machinist) will be completed over the course of the apprenticeship. The apprentice shall be instructed and trained in all operations and methods customarily used on the various machines. Each company will adhere to the schedule as closely as facilities will permit in order to provide the apprentice with well-rounded experience and practice on all relevant equipment and processes in the shop.

OJT CompetencyApprox. OJT Hours
Provide Customer Service200
Manage Manufacturing Data300
Develop Set-Up Documentation300
Verify Numeric Code550
Create CNC/NC Code1,500
Develop Tooling1,050
Establish Manufacturing Process2,100
TOTAL HOURS6,000

 

AJAC | Advanced Manufacturing Apprenticeships

Launch Your Career Today!

Submit your information using the link below. After we receive your information, an AJAC representative will contact you for next steps. Please note, this is not an official application to become an apprentice. After a partnering employers agrees to enroll you in the program, you will officially apply and enroll at that time.