The Complete Guide to PTC Onshape (CAD)

The Complete Guide to PTC Onshape (CAD), available at $79.99, has an average rating of 4.52, with 113 lectures, based on 359 reviews, and has 1407 subscribers.

You will learn about How to use the fantastic Computer Aided Design (CAD) software Onshape! The general principles behind CAD Hands on experience using Onshape with exercises and projects Generation of 3D models Creation of 2D Engineering Technical Drawings Important symbols and features of professional detail and assembly drawings This course is ideal for individuals who are Beginners or Engineering Students or Product Design Students or Entrepreneurs or Hobbyists It is particularly useful for Beginners or Engineering Students or Product Design Students or Entrepreneurs or Hobbyists.

Enroll now: The Complete Guide to PTC Onshape (CAD)

Summary

Title: The Complete Guide to PTC Onshape (CAD)

Price: $79.99

Average Rating: 4.52

Number of Lectures: 113

Number of Published Lectures: 113

Number of Curriculum Items: 113

Number of Published Curriculum Objects: 113

Original Price: $119.99

Quality Status: approved

Status: Live

What You Will Learn

How to use the fantastic Computer Aided Design (CAD) software Onshape!

The general principles behind CAD

Hands on experience using Onshape with exercises and projects

Generation of 3D models

Creation of 2D Engineering Technical Drawings

Important symbols and features of professional detail and assembly drawings

Who Should Attend

Beginners

Engineering Students

Product Design Students

Entrepreneurs

Hobbyists

Target Audiences

Beginners

Engineering Students

Product Design Students

Entrepreneurs

Hobbyists

Would you like to become a designer and create your own products but don’t know where to start? Begin your journey by developing your knowledge in using Computer Aided Engineering (CAD) through the use of the amazing software PTC Onshape!

PTC Onshape is a fantastic tool for creating high-quality engineering models and technical drawings quickly with great ease. It works through your web browser so you won’t be constrained by hardware requirements or update issues. Working and sharing models with colleagues couldn’t be easier, and becoming proficient will take just a matter of hours! PTC Onshape works in an innovative new way compared to other CAD software, in order to maximise collaboration and productivity, and will likely lead all competitors into a new way of thinking,

To ensure you really learn how to use PTC Onshape, the course is structured with video lectures, and chances for hands-on experience through the means on small exercises and capstone projects – solutions are provided for all exercises.

Dive into this course and see what creations and designs you can produce at the end of this course.

We hope to see you enroll and enjoy our course.

– Learn-Ed Team

Course Curriculum

Chapter 1: Introduction

Lecture 1: About the Course

Lecture 2: About Onshape

Lecture 3: Setting up Onshape

Lecture 4: Navigation and Controls in Onshape – Desktop

Chapter 2: 3D Part Modelling

Lecture 1: Introduction

Lecture 2: What are 3D models?

Lecture 3: Parametric 3D modelling

Lecture 4: Features and Parts List

Lecture 5: Sketch Basics

Lecture 6: Sketches in More Depth

Lecture 7: Extrude

Lecture 8: Revolve

Lecture 9: EXERCISE 2.1 – Questions Overview

Lecture 10: EXERCISE 2.1 – Solution for Exercise 2.1a

Lecture 11: EXERCISE 2.1 – Solution for Exercise 2.1b

Lecture 12: EXERCISE 2.1 – Solution for Exercise 2.1c

Lecture 13: EXERCISE 2.1 – Solution for Exercise 2.1d

Lecture 14: EXERCISE 2.1 – Solution for Exercise 2.1e

Lecture 15: Sweep

Lecture 16: Loft

Lecture 17: Planes

Lecture 18: EXERCISE 2.2 – Questions Overview

Lecture 19: EXERCISE 2.2 – Solution for Exercise 2.2a

Lecture 20: EXERCISE 2.2 – Solution for Exercise 2.2b

Lecture 21: EXERCISE 2.2 – Solution for Exercise 2.2c

Lecture 22: Thicken and Enclose

Lecture 23: Shell, Draft, Rib and Mirror

Lecture 24: Further Drafting and Split

Lecture 25: EXERCISE 2.3 – Questions Overview

Lecture 26: EXERCISE 2.3 – Solution for Exercise 2.3a

Lecture 27: EXERCISE 2.3 – Solution for Exercise 2.3b

Lecture 28: EXERCISE 2.3 – Solution for Exercise 2.3c

Lecture 29: Fillets

Lecture 30: Chamfers

Lecture 31: Holes

Lecture 32: Linear Pattern and Circular Pattern

Lecture 33: Measure

Lecture 34: Curve Pattern

Lecture 35: EXERCISE 2.4 – Questions Overview

Lecture 36: EXERCISE 2.4 – Solution for Exercise 2.4a

Lecture 37: EXERCISE 2.4 – Solution for Exercise 2.4b

Lecture 38: EXERCISE 2.4 – Solution for Exercise 2.4c

Lecture 39: EXERCISE 2.4 – Solution for Exercise 2.4d

Lecture 40: Boolean

Lecture 41: Assigning Materials and Mass Properties

Lecture 42: PROJECT 2.1: 3D Modelling – 'Race car Suspension Front Hub'

Lecture 43: PROJECT 2.1: 3D Modelling – 'Race car Suspension Front Hub' – Solution

Chapter 3: 3D Sheet Metal Modelling

Lecture 1: Your First 3D Sheet Metal Model

Lecture 2: Part modelling vs. Sheet Metal Modelling

Lecture 3: Sheet Metal Model – Selections

Lecture 4: Sheet Metal Model – General, Material, Relief

Lecture 5: Flange

Lecture 6: Hem

Lecture 7: Tab

Lecture 8: Make Joint

Lecture 9: Corner

Lecture 10: Bend Relief

Lecture 11: Finish Sheet Metal Model

Lecture 12: Flat Pattern, Sheet Metal Model and Drawings

Lecture 13: Typical Bend Reliefs and Minimum Internal Bend Radii

Lecture 14: EXERCISE 3.1 – Questions Overview

Lecture 15: EXERCISE 3.1 – Solution for Exercise 3.1a

Lecture 16: EXERCISE 3.1 – Solution for Exercise 3.1b

Lecture 17: EXERCISE 3.1 – Solution for Exercise 3.1c

Chapter 4: Assemblies

Lecture 1: Introduction

Lecture 2: Why do we need Assemblies?

Lecture 3: The Assembly Workspace

Lecture 4: Inserting Parts and Positioning Components

Lecture 5: Mate Types – Part 1

Lecture 6: Mate Types – Part 2

Lecture 7: Offsets and Limits

Lecture 8: Grouping

Lecture 9: Assembly Structure

Lecture 10: Explicit Mate Connectors

Lecture 11: Standard Content

Lecture 12: Visualisation

Lecture 13: Relations

Lecture 14: PROJECT 4.1: Assembly – 'Simple Engine' – Overview

Lecture 15: PROJECT 4.1: Assembly – 'Simple Engine' – Solution

Chapter 5: 2D Technical Drawings

Lecture 1: Introduction

Lecture 2: What are Technical Drawings and BS 8888?

Lecture 3: Sheet Size, Scale and Border

Lecture 4: Title Block, Line Work and Letter Work

Lecture 5: Projections

Lecture 6: Detail Drawing and Assembly Drawings

Lecture 7: Creating a Drawing Page

Lecture 8: Completing the Title Block

Lecture 9: Inserting a Standard View

Lecture 10: Inserting Projected Views

Lecture 11: Inserting Section Views

Lecture 12: Inserting Detail Views

Lecture 13: Inserting Auxiliary Views and Cropping Views

Lecture 14: Breaking Views

Lecture 15: Broken-out Section Views

Lecture 16: Inserting Centrelines

Instructors

Learn-Ed Online
Instructor

Mathew Alexander MEng CEng MIMechE
Udemy Instructor

Morgan Brown
Engineer, Tech Enthusiast, Learner, Teacher

Rating Distribution

1 stars: 0 votes

2 stars: 4 votes

3 stars: 37 votes

4 stars: 136 votes

5 stars: 182 votes

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