Course description
If you know the fundamentals of GD&T but are looking to become the go-to expert in your office, shop or workplace then you have come to the right place. The GD&T Advanced Course takes your GD&T skillset to the next level by exploring the more specific and complex topics within the ASME Y14.5 Standard. Even though the material will be much more advanced, you can expect to find the same level of engaging, down-to-earth instruction that has helped thousands of students like you learn GD&T with our GD&T Fundamentals Course. Our lessons go beyond theory to show you how to apply these real world topics in actual applications and designs.
In this course, we delve into topics such as composite tolerances, fixed and floating tolerance calculations, hole pattern tolerancing, feature boundary calculations, and much more. You can expect to fill in any gaps in knowledge you may have about these more advanced topics while discovering a set of incredibly helpful tools that help you apply GD&T to your designs.
The GD&T Advanced Course is only available for existing GD&T Basics Course students and enrollment is limited. Only Students invited to this program will be able to enroll. Please contact us at info@gdandtbasics.com to for questions about availability and enrollment.
Tom Geiss
Founder - Pareto Learning / Lead Course Developer GD&T Basics
I have been in the field of Automotive Engineering with several companies including BMW Manufacturing and ZF Transmissions for over 8 years and truly love it. It is fast paced and an incredible field to be in. The ability to work on something for years and then actually get to see it out on the road is very rewarding.
My love of engineering led me to study the fundamentals of what makes a good design. Throughout my entire career, I have been studying Geometric Dimensioning and Tolerancing and how it could be better applied to the automotive and mechanical fields.
It is my belief that if you want to be a great designer, you need to be an expert at GD&T. However, for too long GD&T learning has been way too complicated. The barrier to entry for learning imperative design concepts is too high. In my early years, I continued to study in order to bridge the large gap between GD&T in theory and actually using GD&T in the real world. Everything came together for me when I figured out how GD&T concepts apply to real parts and their functional requirements. Years later, this prompted me to develop GD&T Basics, which explains the most important concepts and show learners how to apply what they learn in practical, real-world situations.
Course Curriculum
Announcements and Resources
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Section 1 - Introduction to Advanced Material
00:30
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Section 2 - Envelopes and Tolerance Boundaries
57:40
4-1 Envelopes and Boundaries: Part Envelopes Overview
4-2 Envelopes and Boundaries: Inner and Outer Boundaries
R4 - Review Handout - Envelopes and Boundaries
Q4 - Quiz - Envelopes and Boundaries
5-1 Virtual Condition: Overview and Application Review
5-2 Virtual Condition: Formulas and Applying to Features at MMC
5-3 Virtual Condition: Applying to Features at LMC and Review
R5 - Review Handout (Formulas) - Virtual Condition
Q5 - Quiz - Virtual Condition
6-1 Resultant Condition: Opposing Condition of The VC
6-2 Resultant Condition: Checking the RC for MMC Features
6-3 Resultant Condition: Checking the RC for LMC Features and Review
R6 - Review Handout (Formulas) - Resultant Condition
Q6 - Quiz - Resultant Condition
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Section 3 - Datums In-Depth
74:43
7-1 Datum Features and Datum Simulators: Understanding ASME Datum Definitions
7-2 Datum Features and Datum Simulators: Classifying Definitions and Material Modifiers
7-3 Datum Features and Datum Simulators - How Datums are Established and Review
R7 - Review Handout - Datums: Simulators & Features
Q7 - Quiz - Datum Features and Datum Simulators
8-1 Simultaneous Requirements: Example Use and Exceptions
8-2 Simultaneous Requirements: The Requirement and When NOT To Use It
R8 - Review Handout - Simultaneous Requirements
Q8 - Quiz - Simultaneous Requirements
9-1 Patterns As Datums - Intro and Defining Patterns as Datums
9-2 Patterns As Datums - Pros and Cons of Use
9-3 Patterns As Datums - Redefining an Example Part with Patterns
9-4 Patterns As Datums - RFS or MMB Measurement and Review
R9 - Review Handout - Patterns as Datums
10-1 Multiple Irregular Features of Size
10-2 Single Irregular Shape and Combined Concepts
10-3 Inclined and Non Rectangular Datums
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Section 4 - Datum Modifiers
90:30
13-1 Material Boundaries Review - Re-Introduction
13-2 Material Boundaries Review - 3 Types of Material Boundaries
13-3 Material Boundaries Review - Geometric Influence, Datum Precedence and Review
R13 - Review Handout - Material Boundaries Review
14-1 Adjustable Datum Controls - Datum Translation
14-2 Adjustable Datum Controls - Movable Datum Targets
14-3 Adjustable Datum Controls - DOF Controlled by Datums
16-1 Functional Gauge Basics - Purpose of Functional Gauges
16-2 Functional Gauge Basics - Material Condition Modifiers
16-3 Functional Gauge Basics - Gauge Tolerancing According to ASME Y14.43
16-4 Functional Gauge Basics - Affects of Gauging Policy
16-5 Functional Gauge Basics - Gauge Design Recommendations and Review
R16 - Review Handout - Functional Gauge Basics
17-1 Position In-Depth II: Review of Our Original Example
17-2 Position In-Depth II: Designing and Building Our Gauge
17-3 Position In-Depth II: Calculating Maximum Wall Thickness Between Holes
17-4 Position In-Depth II: Calculating Minimum Wall Thickness and Review
R17 Review Handout - Position In-Depth Part II
Q17 Quiz - Position In-Depth Part II
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Section 5 - Composite Position Tolerance
69:17
18-1 Composite I (Single Datum) - Introduction to Composite Position
18-2 Composite I (Single Datum) - Composite Position Feature Control Frame
18-3 Composite I (Single Datum) - The PLTZF and FRTZF Explained
18-4 Composite I (Single Datum) - Tolerance Zones in Detail
18-5 Composite II (Multiple Datum) - Adding Another FRTZF Datum
18-6 Composite II (Multiple Datum) - Rules and Examples w/ 2 FRTZF Datums
18-7 Composite II (Multiple Datum) - When to Use Composite Position & Review
R18a - Review Handout - Composite Position Tolerance I (Single FRTZF Datum)
R18b - Review Handout - Composite Position Tolerance II (Multiple FRTZF Datums)
19-1 Multiple Single Segment - Introduction and Rules
19-2 Multiple Single Segment - MSS vs. Composite and Application
19-3 Multiple Single Segment - Examples and Review
R19 - Review Handout - Multiple Single Segment
20-1 Composite Position Recap and Composite Profile Overview
20-2 Surface Feature
20-3 Single Datum Feature Reference
20-4 Two Datum Feature References
20-5 Multiple Segment Single Features
20-6 Composite Profile Tolerances - Review
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Section 6 - Additional Features, Rules and Symbols
74:38
21-1 Limited Segment and Non-Uniform Tolerance Zone
21-2 Profile Transitions
22-1 Counterbore Methods
22-2 Spotface, Countersink and Counterdrilled
23-1 Blueprint Reading Symbols - Radius and Arc Length
23-2 Blueprint Reading Symbols - Surfaces, Reference Dims and Inch vs Metric
Q23 - Blueprint Reading Symbols - Quiz
24-1 Feature Symbols - Slope, Taper, Square and Keyseats
25-1 Machined Feature Controls - Knurling
25-2 Machined Feature Controls - Threads and Gears
26-1 Specific GD&T Symbols - Intro and Dimension Origin Symbol
26-2 Specific GD&T Symbols - Statistical Tolerancing Symbol
26-3 Specific GD&T Symbols - Tangent Plane Symbol
26-4 Specific GD&T Symbols - Continuous Feature Symbol
26-5 Specific GD&T Symbols - Individually Note
26-6 Specific GD&T Symbols - Parts in a Restrained Condition Note
26-7 Specific GD&T Symbols - Free State Symbol
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Section 7 - Fixed and Floating Fastener Cases
65:33
27-1 Projected Tolerance: The Reason We Need Projected Tolerances
27-2 Projected Tolerance: Drawing Callout, When to Use, and Review
R27 - Review Handout - Projected Tolerances
Q27 - Quiz - Projected Tolerance
28-1 Fixed Fastener Case: Overview and Use of Projected Tolerance
28-2 Fixed Fastener Case: Formula and The 60-40 Rule
28-3 Fixed Fastener Case: Application Example and Review
R28 - Review Handout - Fixed Fasteners
29-1 Floating Fastener Case: Overview and Formula
29-2 Floating Fastener Case: Example and Review
R29 - Review Handout - Floating Fasteners
Q29 - Quiz - Floating Fastener Case
30-1 Zero Tolerance at MMC - Introduction and How it Works
30-2 Zero Tolerance at MMC - Example & The Math Behind It
30-3 Zero Tolerance at MMC - Converting to Zero Tolerance
30-4 Zero Tolerance at MMC - When to Use & Review
R30 - Review Handout - Zero Tolerance at MMC
Q30 - Zero Tolerance at MMC Quiz
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Section 8 - Real-World Tolerance Applications
97:34
31-1 Wall Calculations RFS - Overview and Example Setup
31-2 Wall Calculations RFS - Bolt Holes to OD
31-3 Wall Calculations RFS - Bore to Boss
31-4 Wall Calculations RFS - Boss to Slot
31-5 Wall Calculations RFS - Boss to Slot using Profile
Q31 Application Practice Problem: Wall Calculations RFS - Minimum Wall Example
H31 Application Practice Problem (Handout - See Video for Details) - RFS Minimum Wall Calculation
A31 Application Practice Answer: Wall Calculations RFS - Center Bore to Bottom and Top Surface
32-1 MMC & LMC Positional Tolerance Stack-up - Introduction
32-2 MMC & LMC Positional Tolerance Stack-up - Bolt Holes to OD
32-3 MMC & LMC Positional Tolerance Stack-up - Bore to Boss
32-4 MMC & LMC Positional Tolerance Stack-up - Boss to Slot
Q32 Application Practice Question - MMC & Minimum Wall Calculations
H32 Application Practice Problem (Handout - See Video for Details) - MMC & Minimum Wall Calculation
A32 Application Practice Answer - MMC & Minimum Wall Calculation
33-1 Tolerance Impact (Orientation & Form) - Effects from Surface Orientation & Form
33-2 Tolerance Impact (Orientation & Form) - Envelope Principal, Form & Orientation
Q33 Application Practice Problem - O & F Impact without Qualified Datums
H33 Application Practice Problem (Handout) - O& F Impact without Qualified Datums
A33 Application Answer - O& F Impact without Qualified Datums
34-1 Tolerance Impact (Orientation & Form) - Qualified & Non-Qualified Datums
34-2 Tolerance Impact (Orientation & Form) - Qualified Datums Tolerance Impact
34-3 Tolerance Impact (Orientation & Form) - Accounting for Form & Orientation Errors
Q34 Application Practice Problem - O & F Impact WITH Qualified Datums
H34 Application Practice Problem (Handout) - O & F Impact WITH Qualified Datums
A34 Application Answer - O & F Impact WITH Qualified Datums
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Section 9 - ASME Y14.5 GDTP Senior Certification Prep
36:46
35-1 ASME Certification Overview - Exam Overview and Versions
35-2 ASME Certification Overview - Choosing the Right Exam and Exam Contents
35-3 ASME Certification Overview - Exam Benefits and Preparation Resources
R35 - ASME GD&T Certification Resources
36-1 Tips for the Exam and How to Study - Overview and Resources
36-2 Tips for the Exam and How to Study - What to Expect and Tips
36-3 Tips for the Exam and How to Study - What to Write Down Right Away
H36 - Tips for the Exam and How to Study (Handout) - What to Write Down Right Away
37-1 Announcements & Updates for the GD&T Master Guide
37-2 The ASME Y14.5 GD&T Master Guide V1
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Section 10 - Course Conclusion and Final
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Reviews (2)
GD&T Water from a Fire Hose
by Deran Eaton
There's a running joke at MIT about the learning flow there being like drinking water from a fire hose -- the fire hose rigged into the drinking water fountain. That's what this Advanced GD&T course is like. Very substantial and thorough.
General Comments:
A) Section 8's real world applications can get a bit repetitive. I also discovered one error there (already reported). Some more variety might help loosen up the sense of repetition.
B) Since Section 8 dances around tolerance stackups in chained dimensions so often, the full course on tolerance stackups might be reasoned out algebraically. Remember, some of your audience doesn't fear reasoning out the math.
Advanced Course Comments
by David Vagi
This course covers much of the design side of the standards. I recommend it for any designer or mechanical engineer that desires to communicate to the manufacturing floor proper information to make mechanical components that will function as intended at the highest quality and lowest cost. I am a Master Machinist that has machined components for companies that properly spec their drawings and those that don't. GD&T specified drawings are a must in the current manufacturing world to be competitive.
GD&T Water from a Fire Hose
by Deran Eaton
There's a running joke at MIT about the learning flow there being like drinking water from a fire hose -- the fire hose rigged into the drinking water fountain. That's what this Advanced GD&T course is like. Very substantial and thorough.
General Comments:
A) Section 8's real world applications can get a bit repetitive. I also discovered one error there (already reported). Some more variety might help loosen up the sense of repetition.
B) Since Section 8 dances around tolerance stackups in chained dimensions so often, the full course on tolerance stackups might be reasoned out algebraically. Remember, some of your audience doesn't fear reasoning out the math.
Advanced Course Comments
by David Vagi
This course covers much of the design side of the standards. I recommend it for any designer or mechanical engineer that desires to communicate to the manufacturing floor proper information to make mechanical components that will function as intended at the highest quality and lowest cost. I am a Master Machinist that has machined components for companies that properly spec their drawings and those that don't. GD&T specified drawings are a must in the current manufacturing world to be competitive.