Course Outline

Introduction

  • GD&T philosophy and principles: The importance of standardized communication in engineering drawings.
  • What is GD&T? An introduction to Geometric Dimensioning and Tolerancing.
  • GD&T vs Traditional Tolerancing: Understanding the advantages of GD&T.
  • Overview of GD&T symbols and notations: Familiarizing with the core symbols used in GD&T.
  • Beyond GD&T: Exploring other advanced concepts in technical drawing.
  • Understanding Datum Reference Frames: The foundation of GD&T.

The lifecycle of a GD&T annotated drawing

  • From concept to finalized drawing: the steps involved in creating a GD&T-compliant 2D drawing.

How GD&T fits in with modern engineering projects / How GD&T works

  • The role of GD&T in ensuring quality, reducing ambiguity, and improving communication in engineering projects.

Getting Started

  • Setting up the Drafting Environment: Preparing your tools and software for GD&T.
  • Choosing the right software for GD&T: Recommendations and installation (no specific software is named, but it could be software like AutoCAD).
  • Familiarizing with GD&T toolsets in software: Navigating and using GD&T tools.
  • Creating your first GD&T annotated drawing: Step-by-step guidance.

Integrating GD&T with 3D CAD models

  • Transitioning between 2D GD&T drawings and 3D CAD representations.

Troubleshooting

  • Common issues in GD&T drawings and their solutions.

Summary and Next Steps

  • Review of key concepts and advanced paths in GD&T.

Requirements

  • An understanding of basic engineering principles
  • Experience with technical drawing or drafting
  • No specific programming experience required

Audience

  • Mechanical engineers looking to improve their 2D drawing skills
  • Drafters aiming to understand GD&T in-depth
  • Project managers overseeing engineering projects
 21 Hours

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