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AUTOMOTIVE ENGINE MACHINIST, CAD/CAM, CNC MACHINING

600 Clock Hours/24 Weeks

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xxxxThis program is designed to follow a progressive set of courses that follow a proven method of procedures and operations that have been designed based on the Performance Automotive and CNC Industry. The CAD/CAM programs that are being introduced are the latest in today’s technology and are of the industry’s leaders in CAD/CAM designing and machining operations. Complimenting this program is our experience of 28 years in engine and cylinder head Development for horse power.

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xxxxProgram Three, Automotive Engine Machinist, CAD/CAM, CNC Machining, course 301 thru 304. All classroom hours are a combined classroom computer aid instruction and lab mix. All lab hours consist of demonstration, student participation and hands on equipment operating. This Program is designed and dedicated to the Automotive Performance Race Engine Industry. The courses outlined are aggressive and have been simplified to allow a student to understand the concepts used by following a series of procedures that will reward a person everyday working in the Performance Racing Industry or Machining Industry. Students that have participated in Program Three will have a better chance of receiving employment over others in the Performance Industry. Students can also take this Program and use it to expand their boundaries and talents to work directly in the Computer Aid Design and Machining Industry, non automotive.

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301- Machinist Course

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Theory and applied Principles

Measuring, Measuring Tools, Cutting Tools, Drilling, Taping, Threading

Hand Operated Mill and Lathe Machines

Digital Read outs

Machinery and Tool Maintenance

Tool Sharpening

Introduction to commonly used Metals and Materials and their uses

Metal Alloys and Heat-treating and their affect on machining procedures and tool life

Required cutter speeds and feed rates

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302- CNC Programming and Machining

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Introduction to CNC Machining Theory and applied Principles

Introduction to CAD Programming

Introduction to CAD/CAM Programming and Machining

Introduction to the CNC Vertical Mill and the Process Controller

Introduction to the CNC Lathe and the Process Controller

G-Code and M-Code Machinery Machining Language

CNC Programming, Vertical Mill Machining 1,2,3 axis movements, 3D Milling

CNC Programming, 4 axis Rotary, positioning and machining

CNC Programming, Lathe Turning 1,2 axis movements

CNC Programming, Lathe 3rd axis movement

Converting Files to Machine Operation

Surface Digitizing and Programming

Feeds and Speeds

Tooling and Fixtures

CNC Machining Vertical Mill 1,2,3 axis movements

CNC Machining Rotary

CNC Machining Lathe Turning 1,2 axis movements

Program and Part Proofing

Introduction to Programming 1-5 axis Simultaneous

Introduction to Simultaneous Collision Control

Simultaneous Advance Geometry Editing

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303- CNC Engine Block Machining

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Block Fixtures and Setup

Deck Machining

Deck O’ Ringing

Lifter Bore Location and Machining

Deck Bolt Holes

Block lightening

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304- CNC Cylinder Head Machining & Porting

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CNC Cylinder Head Seat and Guide Machining

CNC Cylinder Head Porting

Air Flow Technology (Flow Testing Cylinder Heads)

CNC 4-5 axis Cylinder Head Fixtures

Digitize Port Profiling

Programming 1-5 axis

Machining 1-5 axis

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  * Program 3,