Engineering Drawings for Manufacturing
- Offered byLinkedin Learning
Engineering Drawings for Manufacturing at Linkedin Learning Overview
Duration | 2 hours |
Total fee | ₹1,599 |
Mode of learning | Online |
Difficulty level | Beginner |
Credential | Certificate |
Engineering Drawings for Manufacturing at Linkedin Learning Highlights
- Earn a certificate of completion from LinkedIn Learning
Engineering Drawings for Manufacturing at Linkedin Learning Course details
- 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
- By the end of this course, you'll have the skills to create clear, complete drawings that hold up to the most exacting standards
Engineering Drawings for Manufacturing at Linkedin Learning Curriculum
Introduction
Prepare complete, industry-standard engineering drawings
Overview of Mechanical Drawings
Prioritize clarity when preparing drawings
Reference standards to clarify drawing interpretation
Prepare a complete and succinct sheet template
Select the correct drawing type for your part
Choosing and Placing Views
Represent a 3D part in 2D using orthographic views
Depict internal features with section views
Enhance smaller features by depicting them in detail views
Leverage 3D CAD to create pictorial views
Use the correct line conventions to clarify geometry
Challenge: Choose and place views
Solution: Choose and place views
Dimensioning
Follow the rules of dimensioning to prevent ambiguity
Use the right style when placing dimensions
Dimensioning tips: Angles, chamfers, arcs, and fillets
Dimensioning tips: Holes and slots
Dimensioning tips: Shafts, grooves, keyways, and threads
Dimensioning tips: Symmetric and repeated features
Dimensioning tips: Bent components
Write clear notes for a complete product definition
Challenge: Place dimensions for a sample part
Solution: Place dimensions for a sample part
Tolerancing
Limit a part's geometric variation with tolerances
Take the guesswork out of setting tolerances
Use GD&T to specify the functional requirements of parts
Conclusion
The future of mechanical drafting
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