Precision CNC Machining

Explore a world where imagination, automation and manufacturing meet to form the exciting field of precision machining. Join this innovative, high-tech career and secure your future in a highdemand/high wage profession. Feel the satisfaction of making your own components from concept to completion using state-of-the-art Computer Numerical Control (CNC) production technology and equipment. Whether machining components for the aerospace, automotive or medical industries, you will enjoy this self-satisfying profession.

You will utilize a laptop loaded with CAM software to create 2D and 3D models. These models are then manufactured using fully-automated CNC machines as well as conventional machining applications. In addition, you will use Tooling-U, an online virtual resource, to compliment this exciting curriculum.

During this two-year program, you can earn nationally recognized certification from the National Institute of Metal Forming Skills (NIMS). During the second year, you may be placed in a part-time position at a member company; hours worked may apply toward an apprenticeship. This program is a practical step in acquiring a two- or four-year technical degree.

Career Options

CNC Operator CNC Programmer Machine Operator Machine or Tool Room Supplies

Salesperson Mold Maker Apprentice Precision Machine Apprentice Tool and Die Apprentice

High School Credit Junior Year

Precision CNC Machining: 3.0 Technology: .5

High School Credit Senior Year

Precision CNC Machining: 3.0

Potential College Credit

*See your Polaris counselor for more information on college credit opportunities for this program.

Certifications

National Institute for Metalworking

Skills (NIMS)

Available Level I Performance Credentials:

Precision Layout Drill Press Vertical Milling Precision Surface Grinding Turning Between Centers Turning Chucking CNC Milling CNC Turning

This program has no student fees thanks to the generosity of several local industry partners and grants.

“Polaris brought back the challenging aspect of school for me, as I feel the skills and knowledge I receive in class directly relate to my future career in machining.”

Kaidence Pozniak, Berea-Midpark High School