Admissions

Programs of Study

Financial Aid

PMI Graduates

Contact Us

CNC Programmer

This program gives the student the knowledge and skills to help become a CNC Programmer. The student will learn how to program and operate various pieces of CNC equipment. The student will also learn about various products manufactured by the CNC equipment, so they can make decisions on how to improve the manufacturing process. This combination of courses will allow the student to enter the work force at entry level positions, but should be able to move into more advanced positions. Such positions may include, but not limited to CNC operators, CNC Programmer, Machinist Apprentice or entry-level Manufacturing Engineers. Upon successful completion of CNC Programmer program the student will receive a diploma.

Course objectives
The main objective of the CNC Programmer program is to prepare the students for a career as a CNC Programmer.

A graduate of the CNC Programmer program will be able to:

1. Demonstrate math and blueprint skills needed as a CNC operator or programmer on various CNC equipment
2. Demonstrate basic and advanced inspection techniques for parts produced on CNC equipment.
3. Understand g-code programming and be proficient at g-code programming on various CNC equipment.
4. Understand the components of molds, jigs and fixtures, and how to program and manufacture them efficiently.
5. Use Computer Aided Manufacturing to program complex parts with a computer.
6. Know which piece of equipment will do the operation most effectively.

Courses Needed for Completion:

Basic Blueprint Reading
Course Code #: BPR110

Course Description:
Program is geared towards the first time user. Emphasis will be on the fundamentals and the ability to form a mental picture of different views. Students will be asked to draw orthographic drawings, missing views and isometric views to enhance their understanding of prints.
Prerequisite: None


Technical Math I
Course Code: MAT100

Course Description:
This course is designed to introduce students to the mathematics utilized daily on the manufacturing/tool and die shop floor. Emphasis is on the contextual use of math utilizing blueprints, machining processes and measurement data. Students will progress through Basic Math, Algebra, Geometry, and receive primary exposure to the Trigonometry prevalent in the industry today.
Prerequisite: None


Practical Dimensional Inspection
Course Code #: QCT200

Course Description:
This program is to introduce individuals to the necessary elements required to be effective in the use of precision gaging equipment utilized in manufacturing trades and tool and die industries. Instruction geared toward dimensional inspection techniques and your role as an inspector.
Prerequisites: Basic Blueprint Reading or Equivalent


Machine Technology
Course Code: MCH100

Course Description:
This program is the 4th in a series of four programs (First Step) to introduce individuals to the typical machine tools utilized in the precision manufacturing trades. Individuals will receive exposure to the manual machines utilized in most tool shops. Emphasis will be placed on the operating characteristics of the mill, lathe and surface grinder. Students will utilize the training from previous courses and apply that knowledge to machining and processes.
Prerequisites: Basic Blueprint Reading, Technical Math I and Practical Dimension and Inspection.


Intro to Computers
Course Code: BCS100

Course Description:
This course introduces the basic concepts and principles of personal computers and the operating system by which they most commonly operate.
Prerequisites: None


Computer Aided Design I
Course Code: CAD110

Course Description:
This program is geared to the novice student/first time learner to AutoCAD. Students need to be functional in a Windowsa 95/98 environment as a prerequisite and should have some basic blueprint knowledge.
Prerequisites: Blueprint Reading and Intro to Computers or Windows 98 or Equivalent


Technical Math II
Course Code: MAT200

Course Description:
Advanced mathematical problems utilizing geometric propositions of design and trigonometry to solve more complex machining problems such as compound angle analysis, G-code programming points and arc swings, roll dimensions and formula development.
Prerequisite: Technical Math I


Jig and Fixture Design
Course Code: TDM150

Course Description:
Focused toward the apprentice toolmaker and moldmaker, this course consists of everything you need to know to effectively design and build simple jigs and fixtures for production or short run parts.
Prerequisites: First Step, Technical Math II or Equivalent


Accelerated Milling
Course Code: AMT 300
Course Description:
This course is specifically targeted towards the instruction, programming and hands-on use of CNC Milling and Machining Centers commonly utilized in the tool and die and precision manufacturing trades.
Prerequisites: First Step Program or Equivalent


CNC Lathe
Course Code: CNC220

Course Description:
This program is geared to accommodate those with little or no CNC Lathe knowledge. Emphasis will be on safety and fundamentals of operating a CNC Lathe.
Prerequisites: First Step or Equivalent


Computer Aided Manufacturing 2D
Course Code: CAC 125

Course Description:
This course is designed to introduce students to the software so they can use it to write G-code programs for various CNC machines.
Prerequisites: First Step and one of the following: CNC Milling, CNC Lathe, CNC Grinding, CNC Wire EDM or Equivalent


Introduction to Mold Design
Course Code: MDT 100

Course Description:
This program is specifically targeted towards third and fourth year tool and die/machinist apprentices and entry level engineering personnel and as such is a condensed version of the full fledged Mold Design curriculum.
Prerequisites: First Step, Technical Math II or Equivalent


Computer Aided Manufacturing 3D
Course Code: CAC 150

Course Description:
This course is designed to introduce students to the software so they can use it to write G-code programs for various CNC machines. The parts manufactured by these programs will be complex 3 dimensional shapes.
Prerequisites: Computer Aided Manufacturing 2D or Equivalent
Intro to Mold Design is recommended for this course.