Learn Onshape for Beginners

Learn Onshape for Beginners, available at $54.99, has an average rating of 4.5, with 36 lectures, based on 164 reviews, and has 659 subscribers.

You will learn about CAD Design 3D modelling 3D design Parametric modelling modelling 3d printing This course is ideal for individuals who are Beginners wanting to learn 3D design or Teachers or Hobby users or homeschooler or University students or CAD users wanting to learn Onshape or Design enthusiasts It is particularly useful for Beginners wanting to learn 3D design or Teachers or Hobby users or homeschooler or University students or CAD users wanting to learn Onshape or Design enthusiasts.

Enroll now: Learn Onshape for Beginners

Summary

Title: Learn Onshape for Beginners

Price: $54.99

Average Rating: 4.5

Number of Lectures: 36

Number of Published Lectures: 36

Number of Curriculum Items: 36

Number of Published Curriculum Objects: 36

Original Price: $29.99

Quality Status: approved

Status: Live

What You Will Learn

CAD

Design

3D modelling

3D design

Parametric modelling

modelling

3d printing

Who Should Attend

Beginners wanting to learn 3D design

Teachers

Hobby users

homeschooler

University students

CAD users wanting to learn Onshape

Design enthusiasts

Target Audiences

Beginners wanting to learn 3D design

Teachers

Hobby users

homeschooler

University students

CAD users wanting to learn Onshape

Design enthusiasts

This course is ideal for beginners wanting to learn CAD.  Onshape is one of the world’s most popular online CAD packages and is FREE for education and home use. Developed by the founders of Solidworks, Onshape is unique in that it is accessed through a web browser. There is no need to download any software, everything is access through a web browser. If you have an interest in designing your own 3D models then this course will teach you the skills. After the first couple of tutorials, you’ll ve straight into 3D modeling with ease.

There are 36 tutorials delivered by Phil Cotton, a High School Technology teacher in the UK, founder of learnbylayers and a certified CAD instructor. Phil has taught thousands of students and teachers the basics of 3D design. The course will build your skills from an absolute beginner, creating basic models to being confident in designing complex models, such as Iphone cases and Arduino cases.

Topics covered include;

Sketching 2D profiles and converting to 3D shapes

Adding dimensions

Projecting Sketches

Extruding shapes

Creating shells

Adding fillets

Adding holes

Creating chamfers

Offsetting workplanes

Editing sketches

Creating a section view

Creating sweeps, revolves and lofts

Designing models including brackets, vases, lampshade, iphones, iphone cases, door signs and Arduino cases.

This course will build your skills in creating 3D designs and will teach you a range of tips and tricks to designing 3D models.

Course Curriculum

Chapter 1: Introduction – Onshape walk through

Lecture 1: Introduction

Chapter 2: Lesson 2 – How to create a basic sketch

Lecture 1: How to create a basic 3D shape.

Chapter 3: Lesson 3 – How to add fillets and holes

Lecture 1: How to add fillets and a hole

Chapter 4: Lesson 4 – How to pattern holes

Lecture 1: Lesson 4 – Patterning holes

Chapter 5: Lesson 5 – Adding text to a model

Lecture 1: Adding text to a model

Chapter 6: Lesson 6 – How to export a file for 3D printing

Lecture 1: Export as an STL file

Chapter 7: Lesson 7 – Editing sketches

Lecture 1: Introduction to editing sketches

Chapter 8: Lesson 8 – Sketching a fidget spinner

Lecture 1: Sketching a fidget spinner

Chapter 9: Lesson 9 – Extruding and adding a chamfer

Lecture 1: Adding chamfers and extruding

Chapter 10: Lesson 10 – Adding workplanes

Lecture 1: Adding workplanes using the offset feature

Chapter 11: Lesson 11 – Adding a stopped to the fidget spinner

Lecture 1: Adding a stopped to the fidget spinner

Chapter 12: Lesson 12 – How to create a basic revolve

Lecture 1: How to create a basic 3D revolve.

Chapter 13: Lesson 13 – How to model a vase using the revolve feature

Lecture 1: Designing a vase

Chapter 14: Lesson 14 – How to edit a revolve

Lecture 1: How to edit a sketch on a revolve

Chapter 15: Lesson 15 – How to sketch a lampshade in 3D

Lecture 1: How to sketch the profile of a lampshade

Chapter 16: Lesson 16 – Sketching a design to cut out

Lecture 1: Sketching a design to cut out

Chapter 17: Lesson 17 – How to pattern a feature on a curved surface

Lecture 1: Patterning a feature on a curved surface

Chapter 18: Lesson 18 – Adding a hole for a light fitting

Lecture 1: Adding a hole to the lampshade

Chapter 19: Lesson 19 – How to create a sweep

Lecture 1: Creating a sweep

Chapter 20: Lesson 20 – How to sketch and edit a profile and then sweep

Lecture 1: Sweeping a slide profile

Chapter 21: Lesson 21 – How to design a paper clip task

Lecture 1: How to design a paperclip using the sweep command

Chapter 22: Lesson 22 – How to use the loft feature

Lecture 1: Lofting profiles

Chapter 23: Lesson 23 – How to model a tea light holder

Lecture 1: How to model a tea light holder using the loft feature.

Chapter 24: Lesson 24 – How to model a wall bracket

Lecture 1: Bracket tutorial

Chapter 25: Lesson 25 – How to model the profile of an iphone

Lecture 1: Sketching an iphone profile

Chapter 26: Lesson 26 – How to insert and calibrate a decal.

Lecture 1: Inserting a decal.

Chapter 27: Lesson 27 – How to add features and buttons.

Lecture 1: Adding features and buttons.

Chapter 28: Lesson 28 – Adding Cameras and charge ports

Lecture 1: Adding cameras and charging port

Chapter 29: Lesson 29 – How to design an iphone case

Lecture 1: Designing the bumper of an iphone case

Chapter 30: Lesson 30 – Adding the back of the iphone case

Lecture 1: Adding the back of the iphone case

Chapter 31: Lesson 31 – Adding cut-outs for chargers

Lecture 1: Adding cut outs for chargers

Chapter 32: Lesson 32 – Adding a pattern to the back of the case.

Lecture 1: Adding a pattern to the case

Chapter 33: Lesson 33 – How to model an Arduino case introduction

Lecture 1: Arduino case introduction

Chapter 34: Lesson 34 – How to model an Arduino case

Lecture 1: Case tutorial

Chapter 35: lesson 35 – How to model the lid

Lecture 1: How to model a snap fit lid for the case.

Chapter 36: Lesson 36 – How to create a section view

Lecture 1: How to create a section view.

Instructors

Philip Cotton
UK Technology teacher and 3D printing instructor

Rating Distribution

1 stars: 2 votes

2 stars: 0 votes

3 stars: 10 votes

4 stars: 48 votes

5 stars: 104 votes

Frequently Asked Questions

How long do I have access to the course materials?

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!