Basic Print Reading of Mechanical Drawings
Mar 4, 2024 /
Course Code: 0302-WEB24
After participating in this course, you will be able to:
- Identify the main views in an orthographic projection drawing
- Explain the meaning of the different types of lines
- Visualize a 3D object from the 2D orthographic views
- Interpret plus/minus, nominal, reference and limit dimensions
- Explain the various elements found in a title block
This webinar aims to provide participants with the skills and knowledge to interpret the main aspects of a mechanical drawing. Some people have the innate ability to visualize objects in three-dimensional space from a two-dimensional drawing. However, anyone can accomplish this when some basic rules are in place and can even be honed with practice.
The webinar will begin with a discussion of the drawing categories and the meaning of each line type. Then a significant focus will be on interpreting and visualizing orthographic projection. Also covered are auxiliary information on a print (such as the title block and notes), section views, interpreting dimensions/tolerances, other special symbols (such as roughness callouts and screw threads), and an overview of the GD&T system of tolerances. Multiple examples will be provided to show specific applications.
- Basic steps in reading a print
- Line types: visible, hidden, center, leader, etc.
- The title block
- Orthographic projection views
- Visualizing in 3D
- First vs. third angle projection
- Section views
- Dimensioning practices
- Plus/minus vs. limit dimensions
- Special dimensions/tolerances
Who Should Attend:
Product Engineers • Manufacturing Engineers • Quality/Inspection personnel • Machine Operators • Purchasing and Cost Estimators • Support staff who handle prints
Please note: You can check other time zones here.
As president of Geometric Learning Systems, John-Paul travels throughout North America and Europe to assist corporate groups in implementing proper tolerance design concepts in all engineering and manufacturing phases.
John-Paul has been a full-time consultant in the area of blueprints and tolerances since 1994. He is certified as a Senior-Level GD&T Professional by the American Society of Mechanical Engineers. He holds an aerospace engineering degree from the University of Michigan and specializes in aircraft design and safety.
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Fee & Credits
$149 + taxes
- 0.2 Continuing Education Units (CEUs)
- 2 Professional Development Hours (PDHs)
- ECAA Annual Professional Development Points
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