Educational Services

Course Description:  These courses are comprehensive Variation Analysis courses focused on Dimensional Control Systems software solutions. Designed to cover the fundamentals of tolerance analysis and data management.

Objectives:  

Linear Tolerance Analysis (Stack-ups) using 1-Dcs Linear Tolerance Analysis Software Solution - 8 Hours

1. Instill the principles necessary to complete a 1-D Tolerance Analysis

2. Develop greater understanding of tolerance logic trees

3. Describe Worst-Case, Root Sum Square (RSS) versus Simulation method

3-D Variation Analysis using 3-Dcs Graphical Tolerance Analysis Software Solutions - 40 Hours

1. Emphases on 3-D variation analysis principles and techniques

2. Hands-on approach to learning and illustrating all of the concepts involved in variation analysis

3. 20-hours of software operation and 20-hours of real life software application on participants product

GDM3D Graphic Data Management Software Solution - 8 Hours

1. Demonstrate the import functionality for retrieving CAD and data Files

2. Create GDM measurement templates

3. Techniques for populating GDM templates

Reasons for Attending:  These courses are established to introduce the users of the techniques and functions of each software solution.

Course Description:  This 20-Hour course is a comprehensive GD&T course focused on review of the ASME-Y14.5M-1994 standard.

Objectives

1. Introduce the concepts and some of the language of the Y14.5 standard

2. Further participants understanding of each Y14.5M standard's symbols

3. Develop participants understanding of Datum Reference Frames

4. Material Condition Modifiers, Regardless of Feature Size and Least Material Condition

Reasons for Attending:  This course is a thorough introduction of the ANSI Y14.5 standards aimed at developing the participants understanding and application of the symbols and standards.

Program Outline, Covered subject matter:

• ANSI Y14.5 standards Linear tolerancing versus GD&T

• GD&T symbology / definitions

• Datum Reference Frames - definition and proper selection

• Maximum Material Condition "Bonus" Tolerance - definition and how to take advantage

Prerequisites:  A working understanding of technical drawings (perspectives, sections, details, etc.). GD&T Overview and Print Reading suggested.

ADVANCED GD&T

Course Description:  This 20-Hour course is a comprehensive GD&T course focused on practical application for "real world" applications.

Objectives

1. Develop participants knowledge of proper Datum Feature selection and specification

2. Enhance participants understanding each of the ANSI/ASME Y14.5M controls and rules

3. Evolve participants ability to calculate functional tolerances

Reasons for Attending:  This program focuses on the application and development of Geometric Dimensioning and Tolerancing in your application, on your drawings.

Program Outline, Covered subject matter:

• Brief introduction and review of Basic GD&T

• Review of the more complex controls - composite position, projected tolerance zone, etc.

• Datum Reference Frames - proper selection and application

• Calculation of tolerances for maximum cost effectiveness

• Functional gauge design

Prerequisites, Basic GD&T, or equivalent experience.

DIMENSIONAL CONTROL

Course Description:  This 20-Hour course is a comprehensive course focused on Dimensional Control Systems 8-steps Dimensional Control Procedure. This course has been designed to provide a basic understanding of Dimensional Control as a science, and how it may be applied in both engineering and manufacturing environments to enhance quality and productivity.

1. Convey the theory behind the Dimensional Control Process combined with practical applications for each component of the process

2. Acquire the ability to define and recommend strategies based on pertinent design parameters

Reasons for Attending:  It is the intention of this course to demonstrate that Dimensional Control Procedures, when carefully adapted to an engineering environment, will result in improved quality, cost, and timing. To further the participants understanding of Dimensional Management, the tools available within the Dimensional Management field and problem solving relating to Dimensional Management

Program Outline, Covered subject matter:

• Dimensional Management as a Complete Science

• Geometric Dimensioning and Tolerancing (GD&T)

• Variation and its sources

• Data

• Problem Solving

Prerequisites:  Knowledge and understanding of GD&T and design/manufacturing principles.