Geometric Dimensioning & Tolerancing (Gd&T) Course

Geometric Dimensioning & Tolerancing (Gd&T) Course
Published 3/2025
MP4 | Video: h264, 1920×1080 | Audio: AAC, 44.1 KHz

14 Geometric Symbols and Their Applications, Tolerances, and Modifiers for Quality Control, Datums & Datum Target

What you’ll learn

GD&T Fundamentals: Applying Geometric Tolerances for Precise Manufacturing

Practical GD&T: Real-World Applications and Industry Standards

GD&T Certification Preparation: ASME Y14.5 Standards Mastery

GD&T: From Basics to Advanced Applications in Modern Manufacturing

Requirements

No design skills needed . you will learn everything from basics to advance level in ASME Y 14.5 Standards

Description

Overview

Section 1: About GD&T

Lecture 1 What is GD&T ?

Lecture 2 Application of GD&T

Lecture 3 Measuring Instrument used in GD&T

Lecture 4 Machines used in GD&T

Lecture 5 Things to know in GD&T

Section 2: Dimensioning

Lecture 6 Dimensioning in GD&T

Section 3: Tolerance

Lecture 7 What is Tolerance?

Lecture 8 Types of Tolerance

Lecture 9 Difference between Coordinate tolerance & Geometric Tolerance

Lecture 10 Application of tolerance

Lecture 11 Application of Tolerance in Manufacturing

Section 4: About Datums

Lecture 12 What is Datum ?

Lecture 13 How Datum is Applied

Lecture 16 Positioning of Datum

Lecture 17 External & Internal Datum

Lecture 18 Multiple Datums in one component

Lecture 19 Datum Example

Section 5: About Datum Target

Lecture 20 What is Datum Target ?

Lecture 21 Datum Target in Fix Elements

Lecture 22 Datum Target in Movable Elements

Lecture 23 Datum & Datum Target Requirement

Section 6: Geometrical Tolerance Symbols

Lecture 24 About Geometrical Tolerance

Lecture 25 Form Tolerance – Flatness

Lecture 26 Form Tolerance – Straightness

Lecture 27 Form Tolerance – Straightness – How to read?

Lecture 28 Form Tolerance – Cylindricity

Lecture 29 Form Tolerance – Circularity

Lecture 30 Form Tolerance – Circularity – How to read?

Lecture 31 Orientation – Parallelism

Lecture 32 Orientation – Parallelism – How to read?

Lecture 33 Orientation – Perpendicularity

Lecture 34 Orientation – Perpendicularity – How to read?

Lecture 35 Orientation – Angularity

Lecture 36 Orientation – Angularity – How to read?

Lecture 37 Runout – Total Runout

Lecture 38 Runout – Total Runout – How to read?

Lecture 39 Runout – Circular Runout

Lecture 40 Runout – Circular Runout – How to read?

Lecture 41 Profile – Profile of Line

Lecture 42 Profile – Profile of Line – How to read?

Lecture 43 Profile – Profile of Surface

Lecture 44 Profile – Profile of Surface – How to read?

Lecture 45 Location – Concentricity

Lecture 46 Location – Symmetry

Lecture 47 Location – Position

Section 7: Modifiers

Lecture 48 About Modifier

Lecture 49 Different Symbols in Modifier

Lecture 50 Modifier – Maximum Material Condition with Example

Lecture 51 Modifier – Least Material Condition with Example

Lecture 52 Modifier – Regardless of Feature Size

Lecture 53 Modifier – Tangency Plane

Lecture 54 Modifier – Independency

Lecture 55 Modifier – Translation

Lecture 56 Modifier – Projected Tolerance

Lecture 57 Modifier – Free State

Lecture 58 Modifier – Unequally Disposed

Lecture 59 Modifier – Continous Feature

Lecture 60 Modifier – Conical Taper

Lecture 61 Modifier – Slope Taper

Section 8: Feature Control Frame

Lecture 62 About Feature Control Frame

Section 9: Virtual & Resultant Condition

Lecture 63 About Virtual Condition

Lecture 64 About Resultant Condition

Engineering students,Engineering Professionals,Beginners,Freshers