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SOLIDWORKS Tutorial

Design

Rating4.2
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SOLIDWORKS Tutorial, available at $39.99, has an average rating of 4.15, with 84 lectures, based on 21 reviews, and has 1226 subscribers.

You will learn about fundamentals of 3D modelling. Designing with SolidWORKS Features Sketching in Solidowrks Creating assemblies from parts. Introduction to top-down design methods. Solidworks hot-keys. Solidworks Toolbox add-in. Solidworks Material Library This course is ideal for individuals who are Draftspersons from 2D CAD softwares such as AutoCAD. or Anyone interested in designing in 3D. or Engineer students. or Novice designers. It is particularly useful for Draftspersons from 2D CAD softwares such as AutoCAD. or Anyone interested in designing in 3D. or Engineer students. or Novice designers.

Enroll now: SOLIDWORKS Tutorial

Summary

Title: SOLIDWORKS Tutorial

Price: $39.99

Average Rating: 4.15

Number of Lectures: 84

Number of Published Lectures: 84

Number of Curriculum Items: 92

Number of Published Curriculum Objects: 92

Original Price: $27.99

Quality Status: approved

Status: Live

What You Will Learn

  • fundamentals of 3D modelling.
  • Designing with SolidWORKS Features
  • Sketching in Solidowrks
  • Creating assemblies from parts.
  • Introduction to top-down design methods.
  • Solidworks hot-keys.
  • Solidworks Toolbox add-in.
  • Solidworks Material Library

Who Should Attend

  • Draftspersons from 2D CAD softwares such as AutoCAD.
  • Anyone interested in designing in 3D.
  • Engineer students.
  • Novice designers.

Target Audiences

  • Draftspersons from 2D CAD softwares such as AutoCAD.
  • Anyone interested in designing in 3D.
  • Engineer students.
  • Novice designers.

Why SOLIDWORKS?

SOLIDWORKS is used to design pretty much anything that should be manufactured

  • airplanes
  • cars
  • CNC machined components
  • the screw on the left
  • plastic components
  • your computer box
  • the mouse you’re probabley using
  • the chair you’re probably sitting on

SOLIDWORKS is known as the No. 1 3D application in the manufacturing industry right now! By taking this course you’ll set yourself on the right track for your next step in a design career.

Why you should not take this course?

  • Because you are not intrested in design for manufacturing.
  • Because you are a digital artist who creates 3D objects which will never leave the digital world!

Why you should take this course?

  • Because you are either a mechanical, electrical or a chemical engineer
  • you are thinking of becoming a designer in manufacturing world like my friend Wade does
  • Because you are already a designer but want to switch to SOLIDWORKS as your main CAD tool
  • you’re interested in 3D printing

Why you should you pick me as an instructor?

I am a SOLIDWORKS research partner, this is different from an expert in the field. it means I have a black belt in SOLIDWORKS. I change it, the way I want! I make it do things that other designers struggle to sort out! This course is about basics but it’s better to learn them from a verified partner.

Besides! 1700+ students have already enrolled. they are from Canada, India, Spain, USA and many more countries. They’re all happy with the results!

Course Curriculum

Chapter 1: Welcome

Lecture 1: Meet Kyle

Chapter 2: Lesson 1

Lecture 1: Unit systems!

Lecture 2: soliworks User Interface

Lecture 3: Your First 3D model

Lecture 4: Basic Sketching. (points)

Lecture 5: Basic Sketching. (Lines)

Lecture 6: Points & Lines

Lecture 7: Status of a Sketch

Lecture 8: Dimensions in Sketches

Lecture 9: Over-defined VS fully Defined sketches

Lecture 10: learn How to sketch Spline in SOLIDWORKS

Lecture 11: Creating equation driven curves (explicit equations)

Lecture 12: Creating equation driven curves (implicit equations)

Lecture 13: learn How to sketch Chamfer & Fillet in SOLIDWORKS

Lecture 14: learn How to sketch Text in SOLIDWORKS

Lecture 15: Learn How to sketch Angle in SolidWORKS

Lecture 16: Learn How to sketch a Center Arc in SolidWORKS

Lecture 17: Learn How to sketch a 3 point Arc in SolidWORKS

Lecture 18: Learn How to sketch Perimeter Circles in SolidWORKS

Lecture 19: Learn How to Mirror a sketch in SolidWORKS

Chapter 3: Lesson 2, 3D modelling in solidWorks

Lecture 1: What we'll learn in this section!

Lecture 2: What is a Feature in SolidWORKS?

Lecture 3: Zoom, Rotate, Pan

Lecture 4: Extruding the Body of power-point

Lecture 5: Cut extrude and Fillet

Lecture 6: Revolved Cut

Lecture 7: Offset sketches.

Lecture 8: section cut on a shell

Lecture 9: Shell command

Lecture 10: learn How to use Revolve command in SOLIDWORKS

Lecture 11: Learn How to use Revolve Thin in SOLIDWORKS

Lecture 12: Learn How to use Cut-Revolve Command in SOLIDWORKS

Chapter 4: Modelling the power outlet

Lecture 1: Overview

Lecture 2: Hole Wizard

Lecture 3: Hole Wizard – more details

Lecture 4: Configurations

Lecture 5: configurations – more details

Lecture 6: Learn How to Use Roll Back Bar in SOLIDWORKS

Lecture 7: Learn Parent/child Relationship in SOLIDWORKS

Chapter 5: Modelling the Power Plug

Lecture 1: Different Types of Features in SolidWorks

Lecture 2: What we will model in this section

Lecture 3: Extruded Cut with Open contour

Lecture 4: Learn SOLIDWORKS Mirror Feature

Lecture 5: Mirror Features

Lecture 6: Learn How to use Extruded Boss with Draft in SOLIDWORKS

Lecture 7: Loft Feature

Lecture 8: Learn SOLIDWORKS Loft Feature

Lecture 9: Extruded Boss upto a surface

Lecture 10: Chamfer Feature

Lecture 11: Sketching the cord cover profile

Lecture 12: Extruded Cut Offset from a surface

Lecture 13: Sharing a sketch between features

Lecture 14: Linear Pattern Feature

Lecture 15: Using the Measure tool

Lecture 16: Creating a multi-body part

Lecture 17: Multi-body VS single body parts

Lecture 18: Finalizing the Power plug model

Lecture 19: Learn SOLIDWORKS Sketch Pattern

Lecture 20: Learn SOLIDWORKS Mirror Feature on Bodies

Lecture 21: Learn SOLIDWORKS Linear Sketch Pattern

Chapter 6: Assemblies in SolidWORKS

Lecture 1: Overview

Lecture 2: Tools and Commands

Lecture 3: Assembly files

Lecture 4: How to move parts

Lecture 5: Mates

Lecture 6: Duplicating a part

Lecture 7: Inserting Parts into Assembly

Lecture 8: Duplicating a part with its mates

Lecture 9: Configurations of a part in Assembly

Lecture 10: Measuring distances

Lecture 11: Editing Parts in Assembly

Lecture 12: Creating New Parts in Assembly

Lecture 13: Saving Internally VS Externally

Chapter 7: Patterns in Assemblies

Lecture 1: Overview

Lecture 2: Making Parts ready

Lecture 3: SolidWORKS Toolbox

Lecture 4: Patterning Parts by Patterns

Lecture 5: SolidWORKS Material Library

Lecture 6: Patterning Parts Linearly

Lecture 7: Concept of Subassemblies

Lecture 8: Patterning Parts by Mirror

Lecture 9: Applying Materials and appearances

Lecture 10: Exploded View

Lecture 11: Animating an Exploded view in SOLIDWORKS

Instructors

Rating Distribution

  • 1 stars: 1 votes
  • 2 stars: 1 votes
  • 3 stars: 3 votes
  • 4 stars: 7 votes
  • 5 stars: 9 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!

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