Master Technical Drawings: Complete GD&T Blueprint Reading 2024
Focused View
2:38:43
1 -1.1 What is a technical drawing.mp4
01:27
2 -1.2 How to find anything in the drawing.mp4
02:06
2 -Orientation example.pdf
3 -1.3 Types of lines used in technical drawings.mp4
08:41
3 -Counter part indication line - example.PDF
3 -Curved line example.PDF
3 -Lines that indicate the symmetry axis - example.pdf
3 -Line that indicates a special surface - example.PDF
3 -Line that indicate a rupture - example.PDF
3 -Mixed lines - example.pdf
3 -Thick and thin interrupted line.PDF
3 -Thick line - examples.PDF
3 -Thin line - example.PDF
4 -1.4 What are the angles of projection.mp4
03:07
5 -1.5 How to identify views.mp4
06:00
5 -Axonometric views-2D.PDF
5 -Axonometric views-3D.PDF
5 -Letter views presenting-example.PDF
5 -Pedal assembly-3D views.PDF
5 -Pedal assembly-views without any description.PDF
5 -Pedal assembly-views with description.pdf
6 -1.6 How to identify sections.mp4
05:13
6 -Plate - sections example.PDF
7 -1.7 How to identify details.mp4
02:33
7 -Connector.pdf
7 -Pin - example.PDF
8 -1.8 What is the indicator And what information provides.mp4
03:01
8 -A1 landscape with logo.pdf
8 -Simple part A1.pdf
1 -2.1 Rules of dimensioning on technical drawings.mp4
01:50
2 -2.2 Non functional dimensions.mp4
03:29
2 -Helical Gear model.pdf
2 -Non-functional model.pdf
3 -2.3 Functional dimensions.mp4
04:37
3 -Functional model.pdf
4 -2.4 Auxiliary dimensions.mp4
02:57
5 -2.5 Basic dimensions.mp4
03:52
6 -2.6 Symbols to take in consideration.mp4
03:36
1 -3.1 What are datums.mp4
04:25
2 -3.2 How datums are indicated on technical drawings.mp4
04:44
2 -Datum indication.pdf
3 -3.3 Datum systems.mp4
03:05
3 -Drw example assm.pdf
3 -Pivot.pdf
4 -3.4 Datum targets.mp4
04:58
4 -Movable datum targets 1.pdf
4 -Movable datum targets 2.pdf
4 -Movable datum targets 3.pdf
4 -Oil pan datum target example.PDF
5 -3.5 RPS and best fit systems.mp4
05:12
5 -Best fit GD&T example 1.PDF
5 -Best fit GD&T example 2.PDF
5 -Best fit example 1.PDF
5 -Best fit example 2.PDF
5 -RPS example.PDF
5 -RPS table example.PDF
6 -3.6 Datum modifiers.mp4
07:01
1 -4.1 What are tolerances, and why do we need them.mp4
03:39
2 -4.2 Types of linear tolerances.mp4
05:39
2 -Types of linear tolerances.PDF
2 -Types of linear tolerances2.PDF
3 -4.3 Classes and standards for tolerances.mp4
05:26
4 -4.4 Angular tolerances!.mp4
04:33
4 -Angle plate example.pdf
5 -4.5 Form and location tolerances! Part 1.mp4
15:48
5 -Angularity.pdf
5 -Parallelism 1.PDF
5 -Perpendicularity.PDF
6 -4.5 Form and location tolerances! Part 2.mp4
14:29
6 -Runout.pdf
6 -Symmetry.pdf
6 -Total runout.pdf
6 -True position - no datum.pdf
6 -True position - with datum.pdf
7 -4.7 Surface condition tolerance.mp4
03:31
1 -5.1 What are modifiers.mp4
03:48
2 -5.2 Maximum and least material condition.mp4
06:19
3 -5.3 Envelope and independency principle.mp4
05:31
4 -5.4 Gauss, Tangent, Max inscribed, Minimum circumscribed.mp4
06:04
5 -01 PistonHead Simple drawing.PDF
5 -5.5 Thank you!.mp4
02:02
More details
Course Overview
This comprehensive course teaches professional blueprint reading, from basic line interpretation to advanced GD&T standards, with real-world technical drawing examples.
What You'll Learn
- Interpret all elements of technical drawings and blueprints
- Master GD&T symbols, datums, and tolerance standards
- Apply knowledge to automotive and manufacturing drawings
Who This Is For
- Quality engineers and technicians
- CNC and CMM operators
- Design and manufacturing professionals
Key Benefits
- No prior experience required
- Practical examples from real technical drawings
- Industry-standard GD&T interpretation skills
Curriculum Highlights
- Technical Drawing Fundamentals
- Dimensioning Systems & Standards
- Advanced GD&T Interpretation
Focused display
Category
- language english
- Training sessions 32
- duration 2:38:43
- Release Date 2025/04/26
