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Engineering Drawings for Manufacturing

Engineering Drawings for Manufacturing

1h 24mBeginner2020-08-03

Authors

Tarkka

Tarkka

Mechanical engineering, machining, making

Course details

Preparing clear, complete engineering drawings is a critical skill for nearly every design engineer. New engineers have traditionally had to learn drafting skills on the job, usually by trial and error. This course teaches the practical skills needed to independently prepare clear drawings that satisfy industry standards. For the learner, this course can increase marketability and reduce frustration during the first months of a new career. For the employer, this course can reduce the time required to train new engineers and decrease the potential for costly mistakes due to poor drawings.
Join the engineering team from Tarkka for this hands-on look at creating engineering drawings for manufacturing, from preparing your template and selecting the right drawing type to choosing and placing views, specifying dimensions, and setting tolerances. By the end of this course, you'll have the skills to create clear, complete drawings that hold up to the most exacting standards.

Topics include:
Prioritizing clarity in mechanical drafting
Preparing a sheet template
Representing 3D parts in 2D with orthographic views
Leveraging 3D CAD
Using the right style to place dimensions
Writing clear notes
Setting tolerances

Skills covered

2D Drafting and DrawingAECProduct and ManufacturingDeep Dive (X:Y)

Concepts

0. Introduction

  • 01 - Prepare complete, industry-standard engineering drawings

1. Overview of Mechanical Drawings

  • 02 - Prioritize clarity when preparing drawings
  • 03 - Reference standards to clarify drawing interpretation
  • 04 - Prepare a complete and succinct sheet template
  • 05 - Select the correct drawing type for your part

2. Choosing and Placing Views

  • 06 - Represent a 3D part in 2D using orthographic views
  • 07 - Depict internal features with section views
  • 08 - Enhance smaller features by depicting them in detail views
  • 09 - Leverage 3D CAD to create pictorial views
  • 10 - Use the correct line conventions to clarify geometry
  • 11 - Challenge - Choose and place views
  • 12 - Solution - Choose and place views

3. Dimensioning

  • 13 - Follow the rules of dimensioning to prevent ambiguity
  • 14 - Use the right style when placing dimensions
  • 15 - Dimensioning tips - Angles, chamfers, arcs, and fillets
  • 16 - Dimensioning tips - Holes and slots
  • 17 - Dimensioning tips - Shafts, grooves, keyways, and threads
  • 18 - Dimensioning tips - Symmetric and repeated features
  • 19 - Dimensioning tips - Bent components
  • 20 - Write clear notes for a complete product definition
  • 21 - Challenge - Place dimensions for a sample part
  • 22 - Solution - Place dimensions for a sample part

4. Tolerancing

  • 23 - Limit a part's geometric variation with tolerances
  • 24 - Take the guesswork out of setting tolerances
  • 25 - Use GD&T to specify the functional requirements of parts

Conclusion

  • 26 - The future of mechanical drafting

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