WORKSHOP ON GEOMETRIC DIMENSIONING AND TOLERANCING (GD&T), KPR Institute Engineering and Technology, Autonomous Engineering Institution, Coimbatore, India

• Understanding of GD&T Principles

• Improved Design Accuracy

• Interoperability

• Quality Control

• Enhanced Problem-Solving

• Cost Reduction

• Advanced CAD Skills

• Preparation for Industry Standards

• Effective Communication

• Problem Identification and Resolution

• Career Readiness

• Interdisciplinary Application

Introduction: The GD&T Workshop in Fusion 360 was conducted to provide participants with a comprehensive understanding of GD&T principles and their application in the context of 3D computer-aided design using Autodesk Fusion 360.

Objectives:

1. To introduce participants to the fundamental concepts of GD&T.

2. To teach participants how to apply GD&T principles in their CAD designs using Fusion 360.

3. To enhance participants' proficiency in creating precise and standardized engineering documentation.

4. To foster an understanding of the importance of GD&T in modern engineering and manufacturing.

Agenda:

• Session 1: Introduction to GD&T

  • Overview of GD&T principles and terminology.

  • Importance of GD&T in engineering design and manufacturing.

• Session 2: Fusion 360 Basics

  • Introduction to Autodesk Fusion 360 and its features.

  • Practical exercises on creating 3D models.

• Session 3: GD&T in Fusion 360

  • In-depth training on applying GD&T principles within Fusion 360.

  • Hands-on exercises on adding GD&T annotations and tolerances to 3D models.

• Session 4: Case Studies and Group Projects

  • Analysis of real-world examples of GD&T application.

  • Group projects where participants applied GD&T principles to solve design challenges.

• Session 5: Q&A and Discussion

  • Open forum for questions, discussions, and sharing of experiences.

Outcomes:

• Participants gained a solid understanding of GD&T principles and their importance in engineering design and manufacturing.

• Proficiency in creating and applying GD&T annotations in Fusion 360 was improved.

• Practical experience in solving design challenges using GD&T.

• Enhanced communication and collaboration among participants.

• Increased awareness of the relevance of GD&T in the engineering field and its impact on product quality and cost-efficiency.

Conclusion: The GD&T Workshop in Fusion 360 was a valuable educational event that provided participants with practical skills, insights, and the knowledge required to apply GD&T principles effectively in their engineering projects. It fostered a collaborative learning environment and equipped participants with tools to enhance the quality of their design work.