Students will learn:
Shop safety standards.
Career opportunities and maintenance.
Shop maintenance, storage, and cleanup.
Proper operation of hand tools, machine tools and attachments
Interpretation of blueprints and use of layout tools.
Identification of steel characteristics using AISI and SAE Standards
Determination of proper cutting speeds for milling machines and lathes.
Heat –treatment, hardening and tempering of metal
Determination of proper heat-treatment and verification of hardness
Identifying ferrous and non-ferrous metals
Creation of basic machine tool blueprints
Manual operations, control functions and basic programming of CNC lathe and milling machines
Disassembly, repair and reassembly of machines
Machining of intricate objects with milling machines and turntables.
Operation of the CNC milling machine and wire-feed EDM.
Advanced precision operations in grinding and finishing.
Grade 9 - Fundamentals of Machine Tool Technology
Shop Safety
Orientation to Career Opportunities and Employment in Machine Trades
Orientation to the Machine Tool Technology Shop
How to Identify and Use Hand Tools
Introduction to Bench Work
How To Select and Layout Stock
How to Saw by Hand or Power Sawing
How to Chip
How to Grind
How to Operate a Hand or Electric Drill
How to Make External and Internal Threads
How to Polish and Buff
How to Repair and Maintain Machines
Introduction to Lathe Work
How to Set-up Three-jaw Chuck Work
How to Knurl
How to Drill, Face and Turn
Introduction to Milling Machine Work
How to Mill Simple Horizontal Work
How to Mill Simple Vertical Work
Introduction to Drill Press Work
Introduction to Basic Theory and Applications of Computers
Introduction to Basic Blueprint Reading
Grade 10 - Introduction to Power Machinery and Theory
Bench Work
How to Offhand Grind Tools
How to Ream
Lathe Work
How to Set-up Three-Jaw Chuck Work
How to Knurl
How to Drill, Face and Turn
How to Cut External Threads
How to Turn a Taper Using the Tailstock Method
How to Turn a Taper using The Compound Rest Method
Milling Machine Work
How to Mill Simple Horizontal Work
How to Mill Simple Vertical Work
How to Use the Digital Read-Out
Drill Press Work
Surface Grinding
Introduction to Basic Theory and Applications of CNC
Interpretation of Drawing Symbols and Basic Blueprint Reading
Grade 11 - Intermediate Power Machinery and Theory
Bench Work
How to Do Offhand Tool Grinding
How to Ream, Polish and Buff
How to Select Stock
Lathe Work
How to Turn Between Centers
How To Support Long Work
How to Do Chuck Work
How to Turn a Taper Using the Tailstock Method (Review)
How to Turn a Taper Using the Compound Rest Method (Review)
How to Turn a Taper Using the Taper Attachment Method
How to Do Eccentric Turning
How to Cut Internal and External; Threads
Computerized Lathe Work
Milling Machine Work
How to Mill Horizontal Work (Review)
How to Mill Vertical Work (Review)
How to Do Division and Space Milling
How to Mill Work Clamped to a Table and an Angle Plate
How to Perform Angular Milling
Computerized Milling Machine Work
Grinding
Heat Treatment (Introductory Level)
Introduction to Electrical Discharge machine (EDM)
Grade 12 - Advanced Power Machinery and Theory
Advanced Bench Work
How to Use a Vernier High Gauge
How to Use a Sine Bar
Advanced Lathe Work
How to Measure and Cut Threads
How to Use a Face Plate
How to Use an Angle Plate
Advanced Grinding
How to Grind Angular Surfaces
How to Use an Angle Plate
How to Grind Cylindrical & Cutter (Theory)
Heat Treatment
How to Harden Metals (Review)
Computer Aided Manufacturing
Production Milling
Prismatic Machining
Surface Machining
Multi-Axis and Multi-Plane Machining
Production Turning
Computerized Milling Machine Work
Job Seeking, Job Maintenance and Advancement