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Introduction to Geometric Dimensioning and Tolerancing

Introduction to Geometric Dimensioning and Tolerancing

43mBeginner2018-11-16

Authors

Kipp Bradford

Kipp Bradford

Engineer

Course details

When your design and tolerance constraints are lost in translation, you can end up with out-of-tolerance parts that hold up the manufacturing process and cost you money. Geometric Dimensioning and Tolerancing (GD&T) is a system that engineers and manufacturers can use to communicate essential details of how products are to be manufactured. Engineers need to express required tolerances when they put out a request for quotes, and manufacturers need to tell prospective customers what their limits are. In this course, instructor Kipp Bradford shows how to clearly communicate both of these needs, covering the basics of GD&T from both the engineering and machinist perspectives. Learn about essential GD&T rules, terms, and symbols; GD&T tools in CAD; interpreting GD&T in CAD models; and more.

Learning objectives
Where dimensioning goes wrong
Basic GD&T rules and symbols
GD&T from the engineering perspective
Manufacturing design rules
Interpreting GD&T in CAD models
GD&T from the machinist perspective
Understanding the tolerance limits of your shop
Communicating your tolerance capabilities to potential customers

Skills covered

Fusion 360SOLIDWORKSDassaultProduct and Industrial DesignAutodeskProduct and ManufacturingOne-Off

Concepts

0. Introduction

  • 01 - Faster, cheaper, better parts
  • 02 - What you should know

1. From Digital to Physical

  • 03 - CAD design as a platonic ideal
  • 04 - Realities of manufacturing
  • 05 - Where dimensioning goes wrong

2. Introduction to GD&T

  • 06 - Introducing GD&T
  • 07 - Basic GD&T rules
  • 08 - Basic GD&T terms
  • 09 - Basic GD&T symbol categories
  • 10 - Basic GD&T symbols - Form
  • 11 - Basic GD&T symbols - Profile
  • 12 - Basic GD&T symbols - Orientation
  • 13 - Basic GD&T symbols - Location
  • 14 - Basic GD&T symbols - Run-out

3. GD&T from the Engineering Perspective

  • 15 - GD&T tools in CAD
  • 16 - GD&T in Fusion 360 drawings
  • 17 - GD&T in SOLIDWORKS drawings
  • 18 - GD&T in SOLIDWORKS 3D model
  • 19 - Manufacturing design rules
  • 20 - Other verbal and written communication

4. GD&T from the Machinist Perspective

  • 21 - Intro to GD&T for machine shops
  • 22 - Interpreting GD&T in CAD models
  • 23 - Understanding the tolerance limits of your shop
  • 24 - Communicating your tolerance capabilities to potential customers
  • 25 - CAM vs. Reality
  • 26 - CNC limitations
  • 27 - Verification and validation of final part specs

Conclusion

  • 28 - Next steps

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