TTC Skilled Trades Training - UAW-Chrysler.com

TTC Skilled Trades Training - UAW-Chrysler.com TTC Skilled Trades Training - UAW-Chrysler.com

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Applied Industrial Technology: DIE MAKING TECHNOLOGY (MDT 100) Course Description Industrial die making technology has undergone trermendous changes. This course updates participants with the current skills and techniques used in the die making industry. Learning Outcome Upon successful completion of this course, participants will learn the latest technologies used in the die making field during the entire die construction process. Methodologies include lecture, discussion, lab exercises, demonstration, and computer activities. Course Objective To train participants in the current and new technologies directly affecting the die making industry at Chrysler Corporation. Major Topics Covered • Role of the Die Maker • CATIA (V5 CATIA) • SMIRT • Metallurgy for Die Makers • Rigging for Die Makers • Welding technology • Die making in Asia • Next generation die making • Super plastic forming • The future of metal forming Prerequisites A general understanding of automation and computers is helpful. Class Size 8 Course Duration 40 hours 2 hours 6

Applied Industrial Technology: FUNDAMENTALS OF METALLURGY (WLT 200) Course Description The participant should be able to identify common metals used in auto plants; determine a metal’s repair characteristics for welding or machining; quench and flame harden metals; perform hardness tests; and prepare metal for repair welding procedures. Learning Outcome Upon completion of this course, participants should be able to: 1. identify common metals used in auto plants; 2. determine a metal’s repair characteristics for welding or machining; 3. quench and flame harden metals; 4. perform hardness tests; and 5. prepare metal for repair welding procedures. Course Objective The participant should acquire metallurgical knowledge and understand the processes regarding the manufacturing, processing, and utilization of six important metals that are used in the automotive industry. Major Topics Covered • Properties of metals • Metal identification • Material specifications • Crystal structures • Effects of plastic deformation and heat treatment • Applications of tool steels, cast irons, stainless steel, copper alloys, and aluminum Prerequisites None Class Size 6 Course Duration 40 hours 2 hours 7

Applied Industrial Technology:<br />

FUNDAMENTALS OF METALLURGY (WLT 200)<br />

Course Description<br />

The participant should be able to identify <strong>com</strong>mon metals used in auto plants; determine a<br />

metal’s repair characteristics for welding or machining; quench and flame harden metals;<br />

perform hardness tests; and prepare metal for repair welding procedures.<br />

Learning Out<strong>com</strong>e<br />

Upon <strong>com</strong>pletion of this course, participants should be able to:<br />

1. identify <strong>com</strong>mon metals used in auto plants;<br />

2. determine a metal’s repair characteristics for welding or machining;<br />

3. quench and flame harden metals;<br />

4. perform hardness tests; and<br />

5. prepare metal for repair welding procedures.<br />

Course Objective<br />

The participant should acquire metallurgical knowledge and understand the processes<br />

regarding the manufacturing, processing, and utilization of six important metals that are used<br />

in the automotive industry.<br />

Major Topics Covered<br />

• Properties of metals<br />

• Metal identification<br />

• Material specifications<br />

• Crystal structures<br />

• Effects of plastic deformation and heat treatment<br />

• Applications of tool steels, cast irons, stainless steel, copper alloys, and aluminum<br />

Prerequisites<br />

None<br />

Class Size<br />

6<br />

Course Duration<br />

40 hours<br />

2 hours<br />

7

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