CNC Programming & Operations

Program Overview

CNC Programming & Operations

Prepare for an entry-level career as a machinist.

This is a G3 program. Students may qualify for free tuition, fees, and books.

Career Pathway

Adv. Manufacturing, Skilled Trades, & Transportation

Related Programs

• CNC Milling Fundamentals I
• CNC Milling Fundamentals II
• Computer Aided Drafting (CAD) Fundamentals
• Job Planning, Benchwork & Layout
• Materials, Measurements & Safety
• Workforce Development

Program Information

Learn advanced functions in programming computer numeric control (CNC) milling machines. Topics include CNC G-code programming, print reading, process planning, tools and fixtures, part inspection, machining applications, and applied mathematics.

Upon completion, students are eligible to earn the CNC Mill Programming Setup & Operations credential by successfully demonstrating skills and passing the written knowledge test offered by the National Institute of Metalworking Skills (NIMS).

Prerequisite: Earned CNC Mill Operations credential and completion of Computer Aided Drafting (CAD) Fundamentals program.

Contact Hours: 80

Program Outline

CNC Programming & Operations Program at Piedmont Virginia Community College:

Degree Overview:

• Program Overview: Prepares students for entry-level careers as machinists.
This program is a G3 program, meaning students may qualify for free tuition, fees, and books.
• Objectives:
• Learn advanced functions of programming CNC milling machines.
• Topics include:
• CNC G-code programming
• Print reading
• Process planning
• Tools and fixtures
• Part inspection
• Machining applications
• Applied mathematics
• Program Description:
• Offers advanced functions in programming CNC milling machines.
• Prepares students for the CNC Mill Programming Setup & Operations credential offered by the National Institute of Metalworking Skills (NIMS).
• Requires completion of the Computer Aided Drafting (CAD) Fundamentals program and the CNC Mill Operations credential.

Outline:

Program Length:

80 contact hours

Main Components:

• Content:
• Learn advanced functions of CNC milling machines, including:
• CNC G-code programming
• Print reading
• Process planning
• Tools and fixtures
• Part inspection
• Machining applications
• Applied mathematics
• Structure:
• Course Schedule:
• Modules:

Assessment:

Assessment Methods:

However, based on similar programs, it is likely that a combination of lectures, hands-on training, workshops, and project-based learning will be used.

• The program is likely to have access to cutting-edge CNC equipment and software to provide students with real-world experience.

Faculty:

• The program faculty includes:
• Thomas Eanes
However, it is possible that the program utilizes innovative methods, such as virtual reality simulations or gamification, to enhance learning.

Careers:

Career Paths:

• Machinist
• CNC Programmer
• Manufacturing Technician
• Quality Control Inspector

Career Opportunities:

• Opportunities exist in various industries, including:
• Aerospace
• Automotive
• Medical
• Electronics

Career Outcomes:

• Graduates are expected to be highly employable with competitive salaries and good job prospects.

Other:

• The program emphasizes the importance of safety and proper procedures in CNC operations.