Complete Geometric Dimensioning & Tolerancing(Ultimate GD&T)

Complete Geometric Dimensioning & Tolerancing(Ultimate GD&T), available at $64.99, has an average rating of 3.98, with 128 lectures, 23 quizzes, based on 242 reviews, and has 987 subscribers.

You will learn about The fundamentals of the engineering drawings. The basics of dimensioning and tolerancing. The datums system , datum target & datums selection. The different types of tolerancing & deviations control. The different types of form control ,its applications and how it is inspected. The different types of angularity orientation control ,its applications and how it is inspected. The different types of the positional control and how it is inspected. The run-out control ,its applications and how it is inspected. The profile control ,its applications and how it is inspected. The refinement tolerancing and its applications. The projected tolerance zone and its applications. The maximum material requirements (MMC) and its applications. The maximum material condition calculations. The least material requirements (LMC) ,its calculations and its applications. GD&T rules and their applications. The different material modifiers and their applications on the positional control. The envelope requirements and their applications. The resultant condition and its applications. The datum feature modifier and its applications. Analyze some advanced applications on the profile and the positional control. The geometrical patterns ,their design and applications. The simultaneous requirements and their applications. The composite positional tolerancing and its applications The cone shapes geometrical tolerancing The tolerancing integration and its applications The substitute elements detection & deviations. The inspection process of the geometric deviations. This course is ideal for individuals who are Mechanical engineers & engineering students or Manufacturing engineers & engineering students or Production engineers & engineering students or Industrial engineers & engineering students or Mechanical design machines engineers or Mechanical drawings engineers or Any one how wants to learn about geometric dimensioning and tolerancing It is particularly useful for Mechanical engineers & engineering students or Manufacturing engineers & engineering students or Production engineers & engineering students or Industrial engineers & engineering students or Mechanical design machines engineers or Mechanical drawings engineers or Any one how wants to learn about geometric dimensioning and tolerancing.

Enroll now: Complete Geometric Dimensioning & Tolerancing(Ultimate GD&T)

Summary

Title: Complete Geometric Dimensioning & Tolerancing(Ultimate GD&T)

Price: $64.99

Average Rating: 3.98

Number of Lectures: 128

Number of Quizzes: 23

Number of Published Lectures: 128

Number of Published Quizzes: 23

Number of Curriculum Items: 152

Number of Published Curriculum Objects: 152

Original Price: $64.99

Quality Status: approved

Status: Live

What You Will Learn

The fundamentals of the engineering drawings.
The basics of dimensioning and tolerancing.
The datums system , datum target & datums selection.
The different types of tolerancing & deviations control.
The different types of form control ,its applications and how it is inspected.
The different types of angularity orientation control ,its applications and how it is inspected.
The different types of the positional control and how it is inspected.
The run-out control ,its applications and how it is inspected.
The profile control ,its applications and how it is inspected.
The refinement tolerancing and its applications.
The projected tolerance zone and its applications.
The maximum material requirements (MMC) and its applications.
The maximum material condition calculations.
The least material requirements (LMC) ,its calculations and its applications.
GD&T rules and their applications.
The different material modifiers and their applications on the positional control.
The envelope requirements and their applications.
The resultant condition and its applications.
The datum feature modifier and its applications.
Analyze some advanced applications on the profile and the positional control.
The geometrical patterns ,their design and applications.
The simultaneous requirements and their applications.
The composite positional tolerancing and its applications
The cone shapes geometrical tolerancing
The tolerancing integration and its applications
The substitute elements detection & deviations.
The inspection process of the geometric deviations.

Who Should Attend

Mechanical engineers & engineering students
Manufacturing engineers & engineering students
Production engineers & engineering students
Industrial engineers & engineering students
Mechanical design machines engineers
Mechanical drawings engineers
Any one how wants to learn about geometric dimensioning and tolerancing

Target Audiences

Mechanical engineers & engineering students
Manufacturing engineers & engineering students
Production engineers & engineering students
Industrial engineers & engineering students
Mechanical design machines engineers
Mechanical drawings engineers
Any one how wants to learn about geometric dimensioning and tolerancing

Last updated 5/2024   >> “Composite positional tolerancing”      section is added
Last updated 5/2024   >> “Composite profile tolerancing”         section is added
Last updated 5/2024   >> “Simultaneous requirements”         section is added
Last updated 5/2024   >> “Geometrical patterns”            section is added
Last updated 5/2024   >> “Applications on positional & profile tolerancing” section is added
Last updated 5/2024   >> “Refinement tolerancing”         section is added
Last updated 4/2024 >>    “Datum feature modifier”         section is added
Last updated 4/2024   >> “Cone geometrical tolerancing”      section is added
Last updated 4/2024   >> “Rules of GD&T” section is added
Last updated 4/2024   >> “Material modifiers on positional control” section is added
Last updated 4/2024   >> “Envelope requirements” section is added
Last updated 4/2024   >> “Resultant condition”     section is added
Last updated 4/2024 >>    “Least material requirements (LMR)”      section is added
Last updated 4/2024   >> “Maximum material requirements (MMR)” section is added
Last updated 4/2024   >> “Projected tolerance zone”          section is added
Last updated 4/2024   >> “Run-out control” section is added
Last updated 4/2024   >>    “Profile control ”             section is added
Last updated 3/2024 >>    “Angularity orientation control”       section is added
Last updated 3/2024 >>    “Straightness form control”        section is added
Last updated 3/2024 >>    “Flatness form control”      section is added
Last updated 2/2024 >>     “Datums”        section is added
Last updated 2/2024   >> “Overview on the tolerancing and the deviations” section is added
Last updated 2/2024   >>   “Geometric dimensioning basics ”       section is added
Last updated 2/2024   >> “Fundamentals of geometric drawings”         section is added

“Geometric dimensioning & tolerancing (GD&T) is one of the most important subjects in mechanical and the manufacturing engineering “.

Hello there,

If the words ‘Geometric dimensioning & tolerancing‘ baffles your mind and you want to master it, then this is for you.
If you want to start your career in GD&T and make money from it, then is for you.
If you want to learn what are the basics and applications of GD&T , then this course is for you.
If you get bored of the word ‘this course is for you’, then this course is for you.
if you love the mechanical engineering.
if you keen on the manufacturing engineering .
if you are a mechanical engineering student.

you can enjoy solving the quizzes and the assignmentsand if any thing straggles you you can ask directly in the Q & A section

Well, Geometric dimensioning & tolerancingis becoming a widely-used word on everybody’s tongue, and this is reasonable as most of the mechanical and the manufacturing drawings are designed now according to main usage in the manufacturing and the production engineering for the different workpieces

So we introduce to you the Geometric dimensioning & tolerancing ( GD&T) course that you need in order to get your hand on the GD&T design as this course collects most of the knowledge that you’ll need in your journey.

We believe that the brainloves to keep the information that it finds applicable, and that’s what we’re doing here in UNITED ENGINEERING, we give you years of experience from our instructors that have been gathered in just one an interesting dose.

Geometric dimensioning & tolerancing ( GD&T) also is one of the mechanical engineering designing cores.

in Our course the student will understand :

The fundamentals of the engineering drawings.
The basics of dimensioning and tolerancing.
The datums system , datum target & datums selection.
The different types of tolerancing & deviations control.
The different types of form control ,its applications and how it is inspected.
The different types of angularity orientation control ,its applications and how it is inspected.
The different types of the positional control and how it is inspected.
The run-out control ,its applications and how it is inspected.
The profile control ,its applications and how it is inspected.
The refinement tolerancing and its applications.
The projected tolerance zone and its applications.
The maximum material requirements (MMC) and its applications.
The maximum material condition calculations.
The least material requirements (LMC) ,its calculations and its applications.
GD&T rules and their applications.
The different material modifiers and their applications on the positional control.
The envelope requirements and their applications.
The resultant condition and its applications.
The datum feature modifier and its applications.
Analyze some advanced applications on the profile and the positional control.
The geometrical patterns ,their design and applications.
The simultaneous requirements and their applications.
The composite positional tolerancing and its applications.
The cone shapes geometrical tolerancing.
The tolerancing integration and its applications.
The substitute elements detection & deviations.
The inspection process of the geometric deviations.

** At this course:

These tracks would be like a piece of cake to you.

We’ll take you from the Scratch of Designing and Analysis.

You’ll learn with practical exciting method in order to understand without being bored.

All you need is an open mind and the passion to be successful!

** Our help in United Engineering is always available to you if you get stuck or have a question– our support is legendary in Udemy

–> So don’t hesitate and click “ Buy Now ” button so you can begin on the right path!

Course Curriculum

Chapter 1: Fundamentals of geometric drawings

Lecture 1: Manufacturing workpieces surface and inner properties

Lecture 2: Workpieces geometric properties

Lecture 3: Metric Vs. inches dimensioning systems

Lecture 4: Geometric definitions

Lecture 5: Types of fits

Lecture 6: Types of features

Lecture 7: Assignment (1)

Lecture 8: Fundamentals of engineering drawings

Lecture 9: Defects in engineering drawings

Chapter 2: Overview on the tolerancing and the deviations

Lecture 1: Basics of dimensioning & tolerancing

Lecture 2: Idea behind traditional tolerancing

Lecture 3: Traditional tolerance zone defect

Lecture 4: Coaxially & measurement defects

Lecture 5: Traditional tolerancing dimensioning defect

Lecture 6: Idea behind general tolerancing

Lecture 7: General tolerancing specifications

Lecture 8: General tolerancing advantages

Lecture 9: Designing tolerance margin_1

Lecture 10: Designing tolerance margin_2

Lecture 11: Application on tolerance margin design

Chapter 3: Geometric dimensioning basics

Lecture 1: Geometric parameters

Lecture 2: Feature of size

Lecture 3: Assignment (2)

Lecture 4: Geometric symbols

Lecture 5: Feature control frame

Chapter 4: Datums

Lecture 1: Importance of datums

Lecture 2: Idea behind the datum

Lecture 3: Datum priority

Lecture 4: Datum target

Lecture 5: Datum parameters

Lecture 6: Datum reference plan creation

Lecture 7: Datum and tolerance relation with axial lines and median faces

Lecture 8: Datum selection

Chapter 5: Different types of tolerancing

Lecture 1: Manufacturing geometric deviations_1

Lecture 2: Manufacturing geometric deviations_2

Lecture 3: Importance of tolerancing

Lecture 4: Form , orientation and location tolerancing

Lecture 5: Tolerance zone and common tolerance zone

Chapter 6: Form control

Lecture 1: Idea behind straightness form control

Lecture 2: Straightness form control inspection

Lecture 3: Applications of straightness form control

Lecture 4: Importance of flatness form control

Lecture 5: Flatness form applications

Lecture 6: Circularity form control

Lecture 7: Cylindricity form control

Chapter 7: Angularity orientation control

Lecture 1: Idea behind Angularity orientation control

Lecture 2: Perpendicularity orientation control

Lecture 3: Parallelism orientation control

Lecture 4: Applications on orientation control

Chapter 8: Positional control

Lecture 1: Positional tolerancing case study

Lecture 2: Positional circular Vs. square tolerance zone

Lecture 3: Positional Vs. dimensional tolerancing

Lecture 4: Concentricity control

Lecture 5: Symmetry tolerancing

Chapter 9: Run-out control

Lecture 1: Idea behind run-out & total run-out control

Lecture 2: Notes on run-out tolerancing

Lecture 3: Applications on run-out tolerancing

Chapter 10: Profile control

Lecture 1: Idea behind profile control

Lecture 2: Profile control different cases

Lecture 3: Applications on profile control

Chapter 11: Refinement tolerancing

Lecture 1: Refinement of hole positional tolerancing

Lecture 2: Refinement of profile tolerancing

Chapter 12: Projected tolerance zone

Lecture 1: Threaded hole tolerance zone deviation

Lecture 2: Projected tolerance zone

Chapter 13: Maximum material requirements (MMR)

Lecture 1: Idea behind maximum material requirement

Lecture 2: Maximum material requirement definitions

Lecture 3: Maximum virtual condition usage (MMVC)

Lecture 4: MMR for toleranced features

Lecture 5: Applications on MMVC

Lecture 6: MMR bolt application

Lecture 7: MMR plate holes application

Lecture 8: Assignment(3)

Chapter 14: Maximum material condition calculations

Lecture 1: Calculating the clearance hole diameter

Lecture 2: Calculating the clearance hole diameter for the PTZ

Instructors

United Engineering
Learning By Doing

Rating Distribution

1 stars: 13 votes
2 stars: 16 votes
3 stars: 50 votes
4 stars: 80 votes
5 stars: 83 votes

Frequently Asked Questions

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You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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