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Master Geometrical Dimensioning and Tolerancing fundamentals and applications for precision engineering

What you will learn

Understand the application of position tolerances to different features of size.

Identify and prioritize datum references correctly for GD&T.

Explain the application of LMC and MMC designators in tolerance values and datums.

Specify and apply projected tolerance zones effectively.

Description

Unlock the power of Geometric Dimensioning and Tolerancing (GD&T) with this comprehensive course, led by me, Omar Koryakin, a former Senior Metrology Engineer with extensive experience in the field. Drawing from years of hands-on work with Coordinate Measuring Machines (CMM) and measurement gauges, I bring a wealth of knowledge and expertise to guide you through every aspect of GD&T.

From mastering foundational principles to tackling advanced applications, this course is designed to equip engineers, designers, and manufacturing professionals with the skills needed to excel in precision engineering. Through interactive lessons featuring real-world examples and practical exercises, you’ll gain not only theoretical understanding but also hands-on experience in applying GD&T principles effectively.


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Whether you’re just starting out in your career or seeking to further enhance your skills, this course offers valuable insights and practical guidance tailored to your needs. Join me, Omar Koryakin, on this learning journey to elevate your understanding of GD&T and unlock new opportunities in your field. Enrol now and take the first step towards mastering geometric dimensioning and tolerancing with confidence.

Course Features:

  • Comprehensive coverage of GD&T principles and applications
  • Interactive lessons with real-world examples
  • Practical exercises to reinforce learning
  • Suitable for beginners and experienced professionals alike
English
language

Content

Datums

Datum Systems

Introduction to GD&T

Why Using GD&T?
GD&T Symbols
GD&T Notations
Introduction to GD&T Quiz

Using GD&T for Positional Tolerances

Positional Tolerances and GD&T
Bonus Tolerances
Positional Tolerances Special conditions
Coaxial Position Tolerance
Position Tolerances Conclusions
Using GD&T for Positional Tolerances

Tolerances of Form and Size

Tolerances of Size
Types of Form Tolerances
Form and Size Tolerances Conclusions
Tolerances of Form and Size

Runout and Profile Tolerances

Profile of a Surface
Runout
Conclusions