Course curriculum

  • 1

    This Week's Active Webinar:

    • Upcoming Webinar - Info & Sign Up Link

  • 2

    Gear Box Design

    • Gear Box Design Part 1 - Datums

    • Gear Box Design Part 2 - Design

    • Gear Box Design Part 3 - Tolerance Analysis

  • 3

    Mounting Bracket Design

    • Mounting Bracket Part 1 - Fundamental GD&T Application

    • Mounting Bracket Part 2 - Drawing Revisions to DRF

    • Mounting Bracket Part 3 - Inspection

  • 4

    Toggle Clamp Design

    • Toggle Clamp Part 1 - Fundamental GD&T Application

    • Toggle Clamp Part 2 - Inspection and Interpretation

    • Toggle Clamp Part 3 - Advanced GD&T Revision

  • 5

    Student Frequently Asked Questions

    • Frequently Asked Questions

  • 6

    Tolerance Stacks

    • Tolerance Stacks Part 1 - The Basics

    • Tolerance Stacks - Virtual and Resultant Conditions

    • Tolerance Stacks Part 3 - Fixed & Floating Fastener Conditions

    • Tolerance Stacks Part 4 - Review and Assembly Analysis

  • 7

    Position Design and Inspection - 2 Part Series

    • Part I - Where do Position Tolerances Come From

    • Part II - Position Design and Inspection

  • 8

    Datum Reference Frames - 2 Part Series

    • Part I - Datum Reference Frames - Datum Selection

    • Part II - Datum Reference Frames - Inspecting Using Datums

  • 9

    The ASME Y14.5 - 2018 Standard

    • Changes to the 2018 Standard

  • 10

    Differences Between Standards (ISO and ASME)

    • ISO Standards vs ASME Y14.5

  • 11

    DWG047 - PROBLEMS WITH CONCENTRICITY & SYMMETRY - TWO PART SERIES

    • PART I - PROBLEMS WITH CONCENTRICITY & SYMMETRY

    • PART II - PROBLEMS WITH CONCENTRICITY & SYMMETRY

  • 12

    Profile vs. Coordinate Dimensioning - 2 Part Webinar

    • PART I - DRAWING REVIEW

    • Profile vs. Coordinate Dimensioning Part II

  • 13

    DWG038 - MAXIMUM MATERIAL BOUNDARY - FOUR PART SERIES

    • PART I - MMB EXPLAINED

    • PART II - HOW TO INSPECT - THE GAGE

    • PART III - DETERMINING THE MMB

    • PART IV - MMB - GAGE DESIGN

  • 14

    PROFILE OF A SURFACE - TWO-PART WEBINAR SERIES

    • PART I - PROFILE OF A SURFACE

    • PART II - PROFILE OF A SURFACE

  • 15

    SIX DEGREES OF FREEDOM - ONE PART SERIES

    • SIX DEGREES OF FREEDOM - ONE PART SERIES

  • 16

    DWG025 - PLASTIC INJECTION MOLDED ROCKER ARM - TWO PART SERIES

    • PART I - PIM ROCKER ARM - GD&T APPLICATION/GENERAL TOLERANCING

    • PART II - PIM ROCKER ARM - GD&T INTERPRETATION & INSPECTION PLAN

  • 17

    DWG003 - BICYCLE SPROCKET - THREE PART SERIES

    • PART I - BICYCLE SPROCKET - EDB WALK-THROUGH

    • PART II - BICYCLE SPROCKET - CONVERTING TO GD&T

    • PART III - BICYCLE SPROCKET- GD&T INTERPRETATON & INSPECTION PLAN

  • 18

    DWG005 - Clevis Bracket Part Walk-through

    • Real Drawing Walk-through - Part I

    • Converting to GD&T Fundamentals - Part II

    • GD&T Fundamentals Interpretation - Part III

    • GD&T Advanced Application - Part IV

    • GD&T Advanced Interpretation - Part V

  • 19

    DWG030 - Sheet Metal Bracket Part Walk-through - 5 Part Series

    • Real Drawing Walk-Through - Part I

    • Part II - Sheet Metal Bracket - GD&T Fundamentals Application

    • Part III - Sheet Metal Bracket - GD&T Fundamentals Interpretation

    • Part IV - Sheet Metal Bracket - GD&T DFM (Design Form Manufacturing)

    • Part V - Sheet Metal Bracket - GD&T DFM Interpretation & Inspection Planning

  • 20

    DWG032 - Water Pump Housing Casting - Three Part Series

    • PART I - WATER PUMP CASTING DRAWING - GD&T INTERPRETATION

    • PART II - WATER PUMP MACHINING DRAWING - GD&T APPLICATION

    • PART III - WATER PUMP MACHINING DRAWING - INTERPRETATION & INSPECTION PLAN

  • 21

    DWG001 - TRAILER HITCH WELDMENT - THREE PART SERIES

    • PART I - TRAILER HITCH WELDMENT DRAWING & FIXTURE- GD&T INTERPRETATION

    • PART II - TRAILER HITCH WELDMENT - GD&T APPLICATION DFM

    • PART III - TRAILER HITCH WELDMENT - INTERPRETATION AND INSPECTION

  • 22

    DWG004 - AXLE SHAFT - THREE PART SERIES

    • PART I - AXLE SHAFT- DRAWING NTERPRETATION

    • PART II - AXLE SHAFT - GD&T CONVERSION - DFM

    • PART III - AXLE SHAFT - GD&T INTERPRETATION & INSPECTION PLAN

  • 23

    01 - Engineering Drawing Basics Questions - Video Answers

    • 200415 - 3 - Centerline rules and when they must be included on your print - defining dimensional axes

    • First Angle vs Third Angle - EDBX-013 Symbol Question

  • 24

    02 - GD&T Fundamentals Questions - Video Answers

    • Runout & Total Runout - Controlling Form (Circularity) Due to Rule #1 - When does it apply?

    • Datum Reference Frame - How it translates to the real world: Using perfect datums on imperfect parts

    • Position Tolerance - Basic Dimensions or +/- Coordinate Tolerances

    • Circular Runout - Is Circular Runout Equal to Half of Concentricity?

    • Profile of a Surface Tolerance - How is it reported?

    • Parallelism - How many Datums can you reference?

    • Cylindricity - Can you use Material Modifiers?

    • Parallelism FOS - Rules for DRF

    • Position - What is it Controlling on Threads?

    • Profile of a Line - Tolerance Zone

    • Profile of a Surface - Unilateral vs Bilateral

    • Position vs Symmetry - Rela

    • Basic Dimensions - How to Report

    • Circularity - Rule #1 and Actual Tolerance Zone

    • Virtual Condition - Does this apply at RFS?

    • Flatness - Surface vs Feature of Size

    • Runout vs Total Runout

  • 25

    03 - GD&T Advanced Questions - Video Answers

    • Irregular Datum Feature - Using a curved surface (controlled with profile) as a datum for a set of holes

    • Composite Position - How's this Different than MSS (Multiple Single Segment)

  • 26

    04 - General GD&T Questions - Video Answers

    • Vendor Capabilities and or Limitations with Manufacturing - Inspection

  • 27

    Inspection Series

    • Inspection Series Part 1

    • Inspection Series Part 2

  • 28

    GD&T - What Not To Do

    • What Not To Do

  • 29

    Weldment Design

    • Weldment Design Webinar

    • Weldment Inspection

  • 30

    Mountain Bike Seatstay

    • Mountain Bike Seastay - Part 1 - Datums

    • Mountain Bike Seatstay - Part 2 - Design