GD&T Training Course

Location: 4th Floor, Tapaswi Plaza, Pune – Mumbai Highway, Akurdi, Pune, MH, India

Join our industry-standard Geometric Dimensioning and Tolerancing (GD&T) training in Pune, designed to build mechanical design skills with real-world applications. Ideal for students and professionals in PCMC, Akurdi, Nigdi, Ravet, and surrounding areas. Our expert-led syllabus offers hands-on practice tailored for aspiring engineers and job-seekers in the automotive domain.

Course Objectives:
  • Understand GD&T principles and apply them in real design scenarios.
  • Master technical drawings using ISO/ASME standards.
  • Use inspection and measurement tools effectively.
  • Apply tolerance stack-up in product development.
Why Join Us?
  • Located in the heart of Akurdi near the Pune-Mumbai Highway.
  • Preferred GD&T training center in PCMC, Nigdi, Ravet, and surrounding regions.
  • Certification aligned with industry needs.
  • Expert trainers from industry.

Whether you’re looking to upgrade your design knowledge or aiming for top roles in mechanical design and production, our GD&T classes in Akurdi will prepare you for the best opportunities in Pune’s booming manufacturing sector.

Keywords: GD&T training Pune, Geometric Dimensioning & Tolerancing Akurdi, mechanical design course PCMC, MechEase Institute syllabus, tolerance stack-up workshop Pune, GD&T institute near Ravet

GD&T Training Syllabus

1. GD&T Datum Selection – Quick Guide for Mechanical Designers
  • Understand Why Datums Matter
  • Use Functional Features as Datums
  • Build a Stable Datum Reference Frame (DRF)
  • Avoid Common Mistakes
  • Design Thinking: Key Questions
  • Maintain Consistency Across Mated Parts
  • Composite or Pattern Datums (Advanced)
  • Design Tool Tips
2. Applying GD&T to Ensure Function & Assembly
  • Start with Design Intent
  • Functional Requirement-Based Application
  • GD&T Symbols Usage Based on Feature Function
  • Datum Reference Frames for Assembly
  • Feature Control Frame (FCF) Tips
  • Assembly-Driven GD&T Considerations
  • Avoid Common Pitfalls
  • Use GD&T Early in Design
  • Supplemental Training
3. Cost-Effective GD&T for Manufacturing & Inspection
  • Apply Just Enough GD&T
  • Understand GD&T Cost Drivers
  • Smart Use of GD&T Modifiers
  • Design for Inspectability
  • Match GD&T to Manufacturing Capabilities
  • Use Profile with Care
  • Talk to Manufacturing and Inspection
4. Designing Tools, Fixtures & Jigs for GD&T Compliance
  • Understand Final GD&T Requirements
  • Replicate DRF in Fixtures
  • Process Allowances and Shrinkage
  • Control Repeatability
  • Tooling Datums and Machining Sequence
  • Minimize Tolerance Stack-Up
  • Incorporate Inspection Strategy
  • Tool Design Best Practices
5. Clearance Selection in Tooling
  • Understand Purpose of Clearance
  • Review Final GD&T and Process Tolerances
  • Types of Clearance
  • Smart Clearance Design
  • Fit Tolerances for Locators & Pins
  • Account for Process-Induced Effects
  • Red Flags for Inadequate Clearance
  • Tooling Best Practices
6. Control Surfaces for Accurate Part Guidance
  • What Are Control Surfaces?
  • Types & Matching with GD&T Requirements
  • Datum Targets for Complex Parts
  • Tooling Design Checklist
7. Functional GD&T Based on Real Use
  • Understand Functional Intent
  • Translate into GD&T Controls
  • Define Fit Conditions
  • Support Functional Testing
  • Document Critical-To-Function (CTF) Features
8. Managing Variation Using GD&T
  • Identify Where Variation Impacts Function
  • Tolerance Stack-Up Analysis
  • Modifiers and Functional Flexibility
  • Control Across Assembly
  • Validate via Functional Testing
9. Interpreting GD&T Correctly
  • GD&T Symbols with Real Examples
  • Datum Reference Frames (DRF)
  • Tolerance Zones and Modifiers
  • Composite and Multi-Segment FCFs
  • Common Interpretation Mistakes
10. Choosing the Right Inspection Methods
  • Tool Selection Matrix
  • Material Condition Modifiers in Gauging
  • Inspection Setup Guidelines
  • Best Practices Based on Drawings
11. Setting Up GD&T Measurements
  • GD&T Measurement Setup Fundamentals
  • Datum Simulation in Practice
  • Tolerance Zone Shapes
  • Gauging vs. CMM
  • Step-by-Step Process
12. Using Modifiers in Inspection
  • Impact of Modifiers on Inspection
  • When & Why to Use MMC, LMC, RFS
  • CMM Programming and Modifiers
  • Best Practices for Inspectors

Created for training purposes by MechEase Institute

Scroll to Top