Contains new features! ETI's Fundamentals of GD&T Digital Instructor's Kit has been updated to include animated application and inspection examples.

This digital version of the GD&T Fundamentals Instructor’s Kit is a start-to-finish performance-based training package for GD&T at a cost of nearly 50% less than traditional kits. It includes 360 full-color projectable slides, as well as printable course agendas, lesson plans, handouts, quizzes, tests, and answers—all in one handy CD-ROM and accessible with the click of a mouse. No more searching through slides during lecture or reorganizing them after class: these materials are always right where you need them, when you need them.

The course is based on ASME Y14.5M-1994 and cross-referenced with The Fundamentals of GD&T, 2nd Edition textbook by Alex Krulikowski. The digital slides match the illustrations in the textbook so students can easily follow the lecture. It includes 3-, 8- and 10-session agendas, so you can select the one that fits your schedule.

The special teaching aids include:

• Animations that reveal information one point at a time
• Animated drawings to aid in explaining concepts
• Keyboard or mouse navigation

The package includes:

• 360 digital lesson slides
• One Fundamentals of GD&T textbook ('94)
• One GD&T Workbook With Engineering Drawings ('94)
• One GD&T Ultimate Pocket Guide ('94)
• Course agendas
• Answers to textbook exercises
  
• Quizzes and answers
  
• A final exam
  

Engineering Drawings and Tolerancing
Engineering Drawings
Introduction to Dimensioning
Dimensioning Standards
Fundamental Dimensioning Rules
The Coordinate Tolerancing System
Shortcomings of Coordinate Tolerancing
The Geometric Dimensioning and Tolerancing System
GD&T Benefits
Comparison Between GD&T and Coordinate Tolerancing
The Great Myth of GD&T

Geometric Tolerancing Symbols and Terms
Introduction
Definitions
Material Conditions
Modifiers
Radius and Controlled Radius
Introduction to Geometric Tolerances

Rules and Concepts of GD&T
Introduction
Rules
Introduction to Basic Dimensions
Introduction to: Virtual Condition, Inner and Outer Boundary
Introduction to Bonus Tolerance

Form Controls
Introduction
Flatness Control
Straightness as a Surface Element Control
Straightness as an Axis or Centerplane Control
Circularity Control
Cylindricity Control

Datums (Planar)
Introduction
Implied Datums
Planar Datums
Datum Targets

Datums (Axis and Centerplane)
Introduction
Feature of Size Datum Features
Feature of Size Datum Feature Applications (RFS)
Feature of Size Datum Feature Referenced at MMC
Feature of Size Datum Feature Applications (MMC)

Orientation Controls
Introduction
Perpendicularity Control
Angularity Control
Parallelism Control

Tolerance of Position
Introduction
Tolerance of Position General Information
Tolerance of Position Theories
Common Tolerance of Position RFS Applications
Inspecting Tolerance of Position Applied at RFS
Common Tolerance of Position MMC Applications
Inspecting Tolerance of Position Applied at MMC
Tolerance of Position Special Applications
Tolerance of Position Calculations
Fixed and Floating Fastener Calculations

Concentricity and Symmetry Controls
Introduction
Concentricity Control
Symmetry Control

Runout Controls
Introduction
Circular Runout
Total Runout
Runout Calculations

Profile Controls
Introduction
General Information on Profile
Profile of a Surface
Profile of a Line
Part Calculations

System, software, and hardware requirements:

• Microsoft Windows 2000/XP
  
• Microsoft mouse or a compatible pointing device
  
• Pentium-based computer at 200 MHz or higher
  
• 12X CD-ROM drive
  
• 64 MB RAM
  
• SVGA (800 x 600, 24 bit) video card – small fonts
  
• 25 megs free hard drive space
  
• Adobe Acrobat® Reader™ 3.0 or later*
  
• Macromedia® Shockwave® Player*
  
• Multi-media projector