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This course leverages real-world design problems presented by automotive manufacturers for case work throughout the class.
Body-in-White Design
Candidates should know the principles of body-in-white design, as well as, be able to create models using best practice techniques after completing. The candidate will be able to:
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Anticipate design conditions for body-in-white design |
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Cut compound sections in the 3-D data for analysis |
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Measure the model relative to a surface contour |
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Analyze a model or assembly to verify model integrity |
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Start a new design by defining the parameters of a design and incorporating with other existing parts |
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Compare the different construction methods and identify the correct one for a type of design |
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Create models using the clean edge design method |
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Compare the differences between clean sheet and an existing design |
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Trim and sculpt a solid model with sheets and Booleans |
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Analyze the parts for model integrity and then determine the pull vector for the parts using manufacturing design principals
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Die Design & Tooling
Candidates will know how to recognize the basics of automotive die design and tooling. After this topic, the candidate will be able to:
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Recognize and identify the parts in a die design tool |
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Compare the advantages and disadvantages of using a die design |
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Identify the correct parts for die design |
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Correctly design a casting to the die standards |
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Determine the correct design method for the die plane and tool |
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Analyze a design and identify the correct material for its composition |
Included: Hours of online course training
$79.00
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