GD&T Seminar Series 2018-19

Santa Clara
Tuesday, April 18, 2017

GD&T SEMINAR SERIES
Presented by:   Dr. Greg Hetland of International Institute of GD&T 

Sponsored by:  Indicate Technologies Inc.      www.indicate1.com     

                   (scholarships available) 

* EARLY REGISTRATION for February ends January 11th!


 Santa Clara, CA 
GROUP Rates

are Available!!
Call for more info
(408) 486-6000 x117

      
    Click Here
 for the 
Portland, OR 
Registration 
Site!
 ----EARLY REGISTRATION ENDS JULY 15th----

Class Schedule 2018-19  - Santa Clara 


FEBRUARY 2019  
 
MON, FEB 11:                       Introduction to Mechanical Drawings & GD&T
 
TUE-WED, FEB 12-13:         Intermediate Principles
  THU-FRI, FEB 14-15:           Advanced Applications

APRIL 2019  
  MON, APR 8:                         Executive Overview
  TUE-WED, APR 9-10:           Measurement Uncertainty
  THU-FRI, APR 11-12:           Tolerancing Optimization & Analysis

AUGUST 2019 
  MON, AUG 12:                       Introduction to Mechanical Drawings & GD&T
  TUE-WED, AUG 13-14:         Intermediate Principles
  THU-FRI, AUG 15-16:           Introduction to Dimensional Metrology


NOVEMBER 2019  
  MON, NOV 11:                       Introduction to Mechanical Drawings & GD&T
  TUE-WED, NOV 12-13:         Intermediate Principles
  THU-FRI, NOV 14-15:           Advanced Applications

______________________________________________________
Introduction to Mechanical Drawings
1-Day Course, 8AM-5PM

 (details)
Level 1
Introduction to Mechanical Drawings & GD&T
Course Outline

Course Objective

To understand 2D & 3D graphical representation of a mechanical drawing or mechanical sketches which includes multiple views, symbols and other drawing details.

Course Length 1 Day (8-hours)
CEUs 0.8
What You Will Learn Background to Engineering Drawing Development
Overview of Related Engineering Standards
Review of Applicable Terms and Definitions
Evaluation of Engineering Drawing Components
 
  • Line Types
  • Dimensions (baseline, chainline, coordinate, basic and reference)
  • Tolerances (linear, angular, bilateral, unilateral)
  • Symbols
  • Border
  • Title Block
  • Revision Block
  • Notes (general & specific)
  Review of Basic Drafting Conventions
 
  • Third Angle Projection -vs- First Angle Projection
  • Isometric Views
  • Orthographic Views
  • Section Views
  • Detail Views
  Evaluation of Generic Sample
Multiple Exercises to Reinforce Views, Projections and Drafting Practices
Introduction to GD&T
 
  • Overview
  • Introduction to datums
  • Transformation of Linear Tolerancing to Position & Profile
Who Should Attend Any individual, including engineering and non-engineering managers who participate in design reviews or technical meetings within the company or with mechanical component and assembly suppliers. Any individual who needs to understand 2D & 3D graphical representation of engineering drawings and sketches. Non mechanical engineers (electrical, chemical, industrial, regulatory, etc.), machine/equipment operators and technicians, assembly personnel, administrative assistants to technical groups, technical sales and purchasing representatives who deal with mechanical components and assemblies.
Prerequisites None 
  The Introduction to Mechanical Drawings Course Outline is available in PDF format.
Add to calendarMonday, February 11, 2019 8:00 AM - 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $425.00 (Standard)
  • $375.00 (Early)


Intermediate GD&T 
2-Day Course, 8AM-5PM

**Introduction to Mechanical Drawings or equivalent knowledge is a prerequisite**
 (details)
Level 2
GD&T – Intermediate Principles
Course Outline

Course Objective

To provide a foundational understanding (interpretation) of mechanical drawings using linear tolerancing and GD&T in the design, manufacture and inspection of parts, which have geometric controls applied per ANSI / ASME or other national standards such as ISO 1101.

Course Length 2 Days (16-hours)
CEUs 1.6
Course Content Introduction to Theory and Rules
 
  • Rule 1 on features of size

  • Rules 2 & 3 on material condition principles (MMC, LMC & RFS)

  • Comparison of changes between standards

  Linear Transformation to GD&T
 
  • Implications of +/- tolerancing

  • Conversion of square zone to diametral

  Datums and Datum Features
 
  • Datum precedence

  • Planar datum features

  • Datum features of size

  • Inclined datums

  • Partial datum features

  14 Geometric Symbols
 
  • Analysis of symbols and definitions

  • Analysis of tolerance zones

  • Actual mating envelope

  • Supporting symbology

  Feature Control Frames
 
  • Single segment feature control frames

  • Composite feature control frames

  • 2D analysis of single segment feature control frames

  • Virtual condition principles

  • Beginning levels of 3D analysis

  Analysis of Measurement Applications
 
  • Negative implications of specific measurement procedures

  • Analysis of data from case studies and formula calculations

  • Position calculation exercises and review of general guidelines

  Global Simplification of GD&T
 
  • GD&T boundary comparisons

  • Reduction of symbology (14 symbols down to 3 symbols)

Targeted Audience

Any individual who must have the ability to “interpret” mechanical drawings using linear tolerancing and GD&T. Any manager with direct or indirect responsibility for product development, manufacturing, quality, customer interaction or supply chain management. Engineers of all technical disciplines, mechanical designers & drafters, mechanical inspectors & technicians, metrologists, machine operators, tool makers and statisticians who analyze data from mechanical components.

Prerequisites

Introduction to Mechanical Drawings or equivalent knowledge.

The GD&T - Intermediate Principles Course Outline is available in PDF format.


Add to calendarTuesday, February 12, 2019 8:00 AM - Wednesday, February 13, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $855.00 (Standard)
  • $755.00 (Early)


Advanced GD&T 
2-Day Course, 8AM-5PM

**Intermediate GD&T or equivalent knowledge is a prerequisite**
 (details)
Level 4
GD&T - Advanced Applications
Course Outline

Course Objective

To provide applied working knowledge of advanced GD&T applications involving optimization strategies for given design applications, manufacturing methodologies and measurement planning.

Course Length 2 Days (16-hours)
CEUs 1.6
Course Content In-Depth Analysis & Implications of Advanced Principles
 
  • MMC, LMC and RFS applied to datum features of size

  • Multiple feature patterns used to define a single datum, and negative implications of using “non-functional” surfaces as datum features

  • 3D analysis of composite position callouts, in relationship to multiple hole patterns defined as a single datum

  • Calculations for determining allowable position tolerance for floating and fixed fastener designs

  • Positioning holes and patterns of holes at “zero tolerance” for optimizing manufacturability and critical cost reductions

  • Positioning coaxial cylinders from independent datum features -vs- to each other and defined as compound datum features

  • Boundary principles used with profile for non-cylindrical shapes

  • Mathematical definitions and implications of ASME Y14.5.1M-1994

  • Surface roughness implications to features of size and form constraints

  Optimization Strategies in Applications & Analysis of Design, Manufacturing and Measurement
 
  • Analysis and discussion of common error implications of dimensioning and tolerancing of tooling and functional gaging, based on product designs

  • Evaluate negative implications of common incorrect measurement procedures on coordinate measuring machines (CMMs) and discuss procedures to resolve / minimize problems

  • Review and analyze “your” engineering drawings and identify areas of negative financial implications, address questions to provide clarification/direction and make recommendations to optimize design intent and achieve maximum ROI

  Advanced Tolerancing Development

 

  • 3D Complex Profile Geometry and Tolerance Boundaries used with & without datums

GD&T Implications to Corporate Six-Sigma Initiatives and Product Reliability

Target Audience

Anyone requiring a greater understanding of GD&T from an advanced applications perspective. Specifiers and decision makers of engineering requirements and specifications as well as specifiers of manufacturing processes, measurement applications and statistical analysis. Engineers, designers, metrologists, technicians, machinists, toolmakers, senior inspectors, senior technicians, statisticians and mechanical engineers at all levels .

Prerequisites

“GD&T Intermediate Principles” or equivalent knowledge! It is critical that each individual reviews the course content from the introductory course to ensure a positive level of proficiency in all areas. If not proficient, it is highly recommended that all individuals take or retake the introductory course prior to the advanced course to ensure an optimum and proficient level of understanding.

The GD&T - Advanced Applications Course Outline is available in PDF format.

Add to calendarThursday, February 14, 2019 8:00 AM - Friday, February 15, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $895.00 (Standard)
  • $775.00 (Early)


Executive Overview AM (by invitation)
4 Hour Course, 9AM-1PM (Lunch Included)
 
**You role as a senior manager involved in shaping your organization's GD&T program is a prerequisite**
 (details)
Level E
Executive Overview
Understanding Business Implications of GD&T—Course Outline

Course Objective

Provide business level insight to all management levels of the technical challenges and business level implications of GD&T and measurement. Provide direct insight to the implications effective GD&T has on improving product development cycles and customer/supplier relationships. Establish a core foundational understanding of the scope of GD&T applicability to all departments/divisions within area the company.

Course Length 4-hours
   
Meeting Content Current Global Industrial Problems
 
  • Incorrect Perceptions of Linear Tolerancing and Negative Impact to Product Development Cycles

  • Incorrect Perceptions of Technical Competencies of Mechanical Engineers and Engineers of other Disciplines

  • Negative Implications to Measurement Capability (GR&R) & Statistical Process Capability (Cpk)

  • Negative Implications to Supply Chain Management and Lead-Time to Market

  Ongoing Technical & Business Challenges
 
  • Business Implications to Product Technology Roadmap

  • Miniaturization and Tolerance Truncation of Components & Features

  • Historical Changes in ASME Standards & Implications of ISO Standards

  • Business Implications of GD&T from a Product Reliability Perspective

  Targeted Industrial Solutions
 
  • Business Value of Standardization & Harmonization of Engineering Practices

  • Technology Training Roadmap by Functional Business Area

  Technical & Business Benefits
 
  • Global Simplification of Dimensioning & Tolerancing Practices

  • Positive Implications of GD&T from a Tolerancing Model Perspective

  • Cost Reductions from Suppliers Influenced by Precision GD&T

  • Internal Cost Reductions Influenced by Increase in Design Specification Tolerances

Targeted Audience All managers and executives with direct or indirect responsibility for product development, manufacturing, quality, customer interaction or supply chain management!
Motivation & Historical Challenges

Most managers at all levels have lacked a core understanding of the business implications these subjects have on product development timelines, product reliability/risk and supplier/customer interactions. The incorrect assumption by most managers is that all of their applicable employees have the necessary skill sets to adequately perform their job tasks at an adequate level. The key question to all managers should be “where and how would their employees have acquired these fundamental skill sets?” GD&T and measurement are not subjects taught at most universities and colleges and are not focus subjects in mechanical engineering (ME) programs. At best the ME is barely introduced to GD&T and even less on measurement. If the ME is not getting adequately trained in these areas then where and how are the remaining disciplines being adequately trained (technicians, tool makers, drafters, designers, quality, statisticians, etc)?

 

The Executive Overview Outline is available in PDF format.


Monday, April 08, 2019 9:00 AM - 1:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
$0.00


Measurement Uncertainty
2-Day Course, 8AM-5PM
 
Add to calendarTuesday, April 09, 2019 8:00 AM - Wednesday, April 10, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies
  • $895.00 (Standard)
  • $795.00 (Early)


Tolerancing Optimization & Analysis
2-Day Course, 8AM-5PM
**Advanced GD&T or equivalent knowledge is a prerequisite**
 (details)
Level 6
GD&T - Tolerancing Optimization & Analysis
Course Outline

Course Objective

To provide an understanding of tolerancing optimization using multiple analytical methods and tolerance analysis techniques to a wide variety of components and sub-assemblies, from the very simple to the more complex situations commonly faced in industry today.

Course Length 2 Days (16-hours)
CEUs 1.6
Course Content Tolerancing Optimization
 
  • Create tolerance stack-up analysis for both plus/minus toleranced dimensions and geometric tolerances
  • Calculating boundaries using MMC, LMC and RFS Material Condition modifiers and apply transformation principles to different tolerancing scenarios to ensure optimal design intent
  • Analysis using single-segment and composite feature control frames using Position and Profile
  Intermediate Concepts of Tolerance Analysis
 
  • Derived inner and outer boundaries using floating and fixed fastener formulas
  • Create number charts for stack-up analysis using a variety of geometric tolerances, basic dimensions, resultant conditions, virtual conditions and plus and minus toleranced dimensions
  • Calculate the effects of angular stack-up contributors
  • Calculate minimum and maximum gaps for assemblies
  • Do stack-up analysis for floating and fixed fastener situations for various applications
  • Analysis and implications of different datum reference frames and implications of form errors in the analysis
  Advanced Concepts of Tolerance Analysis

 

  • Understand vector-loop analysis and monte-carlo simulations

Target Audience

Anyone requiring a greater understanding of GD&T from a tolerance analysis perspective. Specifiers and decision makers of engineering requirements and specifications as well as specifiers of manufacturing processes, measurement applications and statistical analysis. Engineers, designers, metrologists, technicians, machinists, toolmakers, senior inspectors, senior technicians, statisticians and mechanical engineers at all levels .

Prerequisites

“GD&T Advanced Applications” or equivalent knowledge! It is critical that each individual reviews the course content from the introductory course to ensure a positive level of proficiency in all areas. If not proficient, it is highly recommended that all individuals take or retake the introductory course prior to the advanced course to ensure an optimum and proficient level of understanding.

The GD&T - Tolerancing Optimization Course Outline is available in PDF format.

Add to calendarThursday, April 11, 2019 8:00 AM - Friday, April 12, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies
  • $895.00 (Standard)
  • $795.00 (Early)


Introduction to Mechanical Drawings
1-Day Course, 8AM-5PM

 (details)
Level 1
Introduction to Mechanical Drawings & GD&T
Course Outline

Course Objective

To understand 2D & 3D graphical representation of a mechanical drawing or mechanical sketches which includes multiple views, symbols and other drawing details.

Course Length 1 Day (8-hours)
CEUs 0.8
What You Will Learn Background to Engineering Drawing Development
Overview of Related Engineering Standards
Review of Applicable Terms and Definitions
Evaluation of Engineering Drawing Components
 
  • Line Types
  • Dimensions (baseline, chainline, coordinate, basic and reference)
  • Tolerances (linear, angular, bilateral, unilateral)
  • Symbols
  • Border
  • Title Block
  • Revision Block
  • Notes (general & specific)
  Review of Basic Drafting Conventions
 
  • Third Angle Projection -vs- First Angle Projection
  • Isometric Views
  • Orthographic Views
  • Section Views
  • Detail Views
  Evaluation of Generic Sample
Multiple Exercises to Reinforce Views, Projections and Drafting Practices
Introduction to GD&T
 
  • Overview
  • Introduction to datums
  • Transformation of Linear Tolerancing to Position & Profile
Who Should Attend Any individual, including engineering and non-engineering managers who participate in design reviews or technical meetings within the company or with mechanical component and assembly suppliers. Any individual who needs to understand 2D & 3D graphical representation of engineering drawings and sketches. Non mechanical engineers (electrical, chemical, industrial, regulatory, etc.), machine/equipment operators and technicians, assembly personnel, administrative assistants to technical groups, technical sales and purchasing representatives who deal with mechanical components and assemblies.
Prerequisites None 
  The Introduction to Mechanical Drawings Course Outline is available in PDF format.
Add to calendarMonday, August 12, 2019 8:00 AM - 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $425.00 (Standard)
  • $375.00 (Early)


Intermediate GD&T 
2-Day Course, 8AM-5PM

**Introduction to Mechanical Drawings or equivalent knowledge is a prerequisite**
 (details)
Level 2
GD&T – Intermediate Principles
Course Outline

Course Objective

To provide a foundational understanding (interpretation) of mechanical drawings using linear tolerancing and GD&T in the design, manufacture and inspection of parts, which have geometric controls applied per ANSI / ASME or other national standards such as ISO 1101.

Course Length 2 Days (16-hours)
CEUs 1.6
Course Content Introduction to Theory and Rules
 
  • Rule 1 on features of size

  • Rules 2 & 3 on material condition principles (MMC, LMC & RFS)

  • Comparison of changes between standards

  Linear Transformation to GD&T
 
  • Implications of +/- tolerancing

  • Conversion of square zone to diametral

  Datums and Datum Features
 
  • Datum precedence

  • Planar datum features

  • Datum features of size

  • Inclined datums

  • Partial datum features

  14 Geometric Symbols
 
  • Analysis of symbols and definitions

  • Analysis of tolerance zones

  • Actual mating envelope

  • Supporting symbology

  Feature Control Frames
 
  • Single segment feature control frames

  • Composite feature control frames

  • 2D analysis of single segment feature control frames

  • Virtual condition principles

  • Beginning levels of 3D analysis

  Analysis of Measurement Applications
 
  • Negative implications of specific measurement procedures

  • Analysis of data from case studies and formula calculations

  • Position calculation exercises and review of general guidelines

  Global Simplification of GD&T
 
  • GD&T boundary comparisons

  • Reduction of symbology (14 symbols down to 3 symbols)

Targeted Audience

Any individual who must have the ability to “interpret” mechanical drawings using linear tolerancing and GD&T. Any manager with direct or indirect responsibility for product development, manufacturing, quality, customer interaction or supply chain management. Engineers of all technical disciplines, mechanical designers & drafters, mechanical inspectors & technicians, metrologists, machine operators, tool makers and statisticians who analyze data from mechanical components.

Prerequisites

Introduction to Mechanical Drawings or equivalent knowledge.

The GD&T - Intermediate Principles Course Outline is available in PDF format.


Add to calendarTuesday, August 13, 2019 8:00 AM - Wednesday, August 14, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $855.00 (Standard)
  • $755.00 (Early)


Dimensional Metrology Intro - Workshop
2-Day Course, 8AM-5PM
 

**Intermediate GD&T or equivalent knowledge is a prerequisite**
 (details)
Level 3
Introduction to Dimensional Metrology
Course Outline

Course Objective To provide hands on insight to fundamental measurement error sources and to learn how to use shop level measurement equipment. To provide insight on how to test the calibration on instruments using precision artifacts to ensure gages do not drift from their original calibration and induce an undesirable bias. Students will also be introduced to how to analyze the repeatability and reproducibility of measurement instruments (GR&R).
Course Length 2 Day (16-hours)
CEUs 1.6
Course Content Introduction to Measurement
 
  • Measurement error sources
  Precision Hand Tools and Hard Gaging
 
  • Micrometers, calipers, indicators, pin & ring gages and thread gages
  Bench Top Measurement Instruments
 
  • Height gages, bore gages, fixed gages and laser micrometers
  Surface and form instruments
 
  • Profilometers, contour measurement, roundness and cylindricity systems
  Optical measurement systems
 
  • Optical comparators, and toolmakers microscopes
  Methods for analyzing and interpreting data results
 
  • Introduction to Gage Repeatability & Reproducibility (GR&R)
  In each subject group an overview of the tools is followed by a demonstration of best application practices and a discussion of calibration issues and measurement uncertainty factors. Each subject session is concluded with a hands-on lab activity. When practical, customer parts will be utilized during this seminar to provide the greatest understanding of measurement technology applicable to customer parts.
Targeted Audience Anyone requiring a foundational understanding of measurement systems used for measuring mechanical components and assemblies. Specifiers and decision makers of engineering requirements and specifications as well as specifiers of manufacturing processes and measurement applications and anyone doing statistical analysis of design, manufacturing or measurement data. Engineers, designers, metrologists, technicians, machinists, toolmakers, designers, senior inspectors, senior technicians, statisticians and mechanical engineers at all levels.
Prerequisites GD&T Intermediate Principles! An interpretation level knowledge of GD&T is required to allow all participants to be successful in this class. If students do not have this level of competency they will not understand "why" measurements are being taken a particular way.
  The Introduction to Dimensional Metrology (Workshop) Course Outline is available in PDF format.

Add to calendarThursday, August 15, 2019 8:00 AM - Friday, August 16, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $855.00 (Standard)
  • $755.00 (Early)


Introduction to Mechanical Drawings
1-Day Course, 8AM-5PM

 (details)
Level 1
Introduction to Mechanical Drawings & GD&T
Course Outline

Course Objective

To understand 2D & 3D graphical representation of a mechanical drawing or mechanical sketches which includes multiple views, symbols and other drawing details.

Course Length 1 Day (8-hours)
CEUs 0.8
What You Will Learn Background to Engineering Drawing Development
Overview of Related Engineering Standards
Review of Applicable Terms and Definitions
Evaluation of Engineering Drawing Components
 
  • Line Types
  • Dimensions (baseline, chainline, coordinate, basic and reference)
  • Tolerances (linear, angular, bilateral, unilateral)
  • Symbols
  • Border
  • Title Block
  • Revision Block
  • Notes (general & specific)
  Review of Basic Drafting Conventions
 
  • Third Angle Projection -vs- First Angle Projection
  • Isometric Views
  • Orthographic Views
  • Section Views
  • Detail Views
  Evaluation of Generic Sample
Multiple Exercises to Reinforce Views, Projections and Drafting Practices
Introduction to GD&T
 
  • Overview
  • Introduction to datums
  • Transformation of Linear Tolerancing to Position & Profile
Who Should Attend Any individual, including engineering and non-engineering managers who participate in design reviews or technical meetings within the company or with mechanical component and assembly suppliers. Any individual who needs to understand 2D & 3D graphical representation of engineering drawings and sketches. Non mechanical engineers (electrical, chemical, industrial, regulatory, etc.), machine/equipment operators and technicians, assembly personnel, administrative assistants to technical groups, technical sales and purchasing representatives who deal with mechanical components and assemblies.
Prerequisites None 
  The Introduction to Mechanical Drawings Course Outline is available in PDF format.
Add to calendarMonday, November 11, 2019 8:00 AM - 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $425.00 (Standard)
  • $375.00 (Early)


Intermediate GD&T 
2-Day Course, 8AM-5PM

**Introduction to Mechanical Drawings or equivalent knowledge is a prerequisite**
 (details)
Level 2
GD&T – Intermediate Principles
Course Outline

Course Objective

To provide a foundational understanding (interpretation) of mechanical drawings using linear tolerancing and GD&T in the design, manufacture and inspection of parts, which have geometric controls applied per ANSI / ASME or other national standards such as ISO 1101.

Course Length 2 Days (16-hours)
CEUs 1.6
Course Content Introduction to Theory and Rules
 
  • Rule 1 on features of size

  • Rules 2 & 3 on material condition principles (MMC, LMC & RFS)

  • Comparison of changes between standards

  Linear Transformation to GD&T
 
  • Implications of +/- tolerancing

  • Conversion of square zone to diametral

  Datums and Datum Features
 
  • Datum precedence

  • Planar datum features

  • Datum features of size

  • Inclined datums

  • Partial datum features

  14 Geometric Symbols
 
  • Analysis of symbols and definitions

  • Analysis of tolerance zones

  • Actual mating envelope

  • Supporting symbology

  Feature Control Frames
 
  • Single segment feature control frames

  • Composite feature control frames

  • 2D analysis of single segment feature control frames

  • Virtual condition principles

  • Beginning levels of 3D analysis

  Analysis of Measurement Applications
 
  • Negative implications of specific measurement procedures

  • Analysis of data from case studies and formula calculations

  • Position calculation exercises and review of general guidelines

  Global Simplification of GD&T
 
  • GD&T boundary comparisons

  • Reduction of symbology (14 symbols down to 3 symbols)

Targeted Audience

Any individual who must have the ability to “interpret” mechanical drawings using linear tolerancing and GD&T. Any manager with direct or indirect responsibility for product development, manufacturing, quality, customer interaction or supply chain management. Engineers of all technical disciplines, mechanical designers & drafters, mechanical inspectors & technicians, metrologists, machine operators, tool makers and statisticians who analyze data from mechanical components.

Prerequisites

Introduction to Mechanical Drawings or equivalent knowledge.

The GD&T - Intermediate Principles Course Outline is available in PDF format.


Add to calendarTuesday, November 12, 2019 8:00 AM - Wednesday, November 13, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $855.00 (Standard)
  • $755.00 (Early)


Advanced GD&T 
2-Day Course, 8AM-5PM

**Intermediate GD&T or equivalent knowledge is a prerequisite**
 (details)
Level 4
GD&T - Advanced Applications
Course Outline

Course Objective

To provide applied working knowledge of advanced GD&T applications involving optimization strategies for given design applications, manufacturing methodologies and measurement planning.

Course Length 2 Days (16-hours)
CEUs 1.6
Course Content In-Depth Analysis & Implications of Advanced Principles
 
  • MMC, LMC and RFS applied to datum features of size

  • Multiple feature patterns used to define a single datum, and negative implications of using “non-functional” surfaces as datum features

  • 3D analysis of composite position callouts, in relationship to multiple hole patterns defined as a single datum

  • Calculations for determining allowable position tolerance for floating and fixed fastener designs

  • Positioning holes and patterns of holes at “zero tolerance” for optimizing manufacturability and critical cost reductions

  • Positioning coaxial cylinders from independent datum features -vs- to each other and defined as compound datum features

  • Boundary principles used with profile for non-cylindrical shapes

  • Mathematical definitions and implications of ASME Y14.5.1M-1994

  • Surface roughness implications to features of size and form constraints

  Optimization Strategies in Applications & Analysis of Design, Manufacturing and Measurement
 
  • Analysis and discussion of common error implications of dimensioning and tolerancing of tooling and functional gaging, based on product designs

  • Evaluate negative implications of common incorrect measurement procedures on coordinate measuring machines (CMMs) and discuss procedures to resolve / minimize problems

  • Review and analyze “your” engineering drawings and identify areas of negative financial implications, address questions to provide clarification/direction and make recommendations to optimize design intent and achieve maximum ROI

  Advanced Tolerancing Development

 

  • 3D Complex Profile Geometry and Tolerance Boundaries used with & without datums

GD&T Implications to Corporate Six-Sigma Initiatives and Product Reliability

Target Audience

Anyone requiring a greater understanding of GD&T from an advanced applications perspective. Specifiers and decision makers of engineering requirements and specifications as well as specifiers of manufacturing processes, measurement applications and statistical analysis. Engineers, designers, metrologists, technicians, machinists, toolmakers, senior inspectors, senior technicians, statisticians and mechanical engineers at all levels .

Prerequisites

“GD&T Intermediate Principles” or equivalent knowledge! It is critical that each individual reviews the course content from the introductory course to ensure a positive level of proficiency in all areas. If not proficient, it is highly recommended that all individuals take or retake the introductory course prior to the advanced course to ensure an optimum and proficient level of understanding.

The GD&T - Advanced Applications Course Outline is available in PDF format.

Add to calendarThursday, November 14, 2019 8:00 AM - Friday, November 15, 2019 5:00 PM (Pacific Time)
Location: Indicate Technologies Inc.
  • $895.00 (Standard)
  • $775.00 (Early)


 

Contact Information

  • Phone: (408) 486-6000 Ext. 121

    E-mail: contact@indicate1.com

    EVENT LOCATION:
    Indicate Technologies Inc.
    Santa Clara Showroom
    2065 Martin Ave #103
    Santa Clara, CA 95050

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