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1 ) Summarize purposes, rules, and regulations relative to the Precision Machining Technology program. |
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2 ) Apply safety rules, regulations, and procedures for precision machining technology. Examples: laboratory, fire, electrical, and equipment safety |
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3 ) Identify blueprint symbols and lines related to precision machining. Examples: dual dimensions, limit dimensioning, scales and rulers, single and multiview drawings |
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4 ) Demonstrate care and safety for a drill press. Examples: maintenance—operating, cleaning, lubricating, setting up |
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5 ) Demonstrate drill press operations to include hand sharpening a drill bit, center drilling and drilling a work piece, countersinking a hole, counter boring a hole, and calculating speed and feed per material and tooling. |
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6 ) Demonstrate care and safety for vertical and horizontal power saws. Examples: maintenance—operating, cleaning, lubricating, setting up |
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7 ) Demonstrate saw operations, including installing a saw blade, straight cutting a work piece, sawing an angle, and sawing a slot on a vertical saw. |
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8 ) Apply benchwork skills and safety practices related to precision machining. Demonstrating layout with combination square and scribe
Examples: whole circle using length of chord; layout with vernier height gage; hand tapping internal threads, producing external threads with threading die; ring testing grinding wheel, mounting grinding wheel on bench grinder and adjusting safety guards; hand grinding various cutting tools |
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9 ) Demonstrate skills in mathematics concepts related to precision machining. |
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10 ) Identify career opportunities available in the precision machining industry. |