Solidworks 2023 : Advanced Level Training : Learn By Doing

Go from Beginner to Expert in SOLIDWORKS by building projects :The best investment for your SOLIDWORKS journey!

What you'll learn

Learn Solidworks advanced modeling techniques

Optimize your Product Design with Solidworks Parametric modeling approach

Create realistic and complex models using Solidworks advanced features

Understand Solidworks advanced assembly mates

Generate Engineering Drawings with GD & T applications

Understand fundamentals of Product Design & Developments with Solidworks

Requirements

Students must have basic knowledge of Solidworks

Solidworks 2020 or above version is preffered

Description

Elevate your SolidWorks proficiency to new heights with our comprehensive SolidWorks Advanced Level Solid Modeling Training Course. Designed for professionals who seek to excel in 3D modeling and parametric design, this course offers an in-depth exploration of advanced modeling techniques, equipping you with the skills and knowledge needed to tackle complex design projects with confidence and precision.Who Should Enroll: This course is tailored for intermediate to advanced SolidWorks users, including mechanical engineers, product designers, and professionals involved in CAD design and product development. Whether you're aiming to enhance your career prospects, stay competitive in your field, or contribute to your organization's design capabilities, this training will empower you to excel.SOLIDWORKS advanced level training course has been divided into five modules.Module 01: Advanced SketchingCopy sketch Vs Derived Sketch, Dynamic Editing a sketch, sketch picture, auto trace tool, Module 02: Solidworks advanced part modeling featuresExtrude start conditions, extrude end conditions, solid sweep, sweep cut, sweep twist,Module 03: Understanding configurations and multibody modeling techniquesConfigure feature, design table, multiboy using split tool, multibody using extrude cut, Module 04: Top down assembly approach and assembly matesfloat option, path mate, multiple mate, copy with mate, gear mate, cam mate, limit mate, Module 05: Core ConceptsWrap feature, split line, split tool, combine feature, curve driven pattern, copy feature, scale tool,Module 06: Working with SOLIDWORKS drawing moduleSection view, break view, detail view, broken out section view,This course also includes, Hands-on training model,Practice model,Quizzes,Exams,

Overview

Section 1: Advanced Sketching

Lecture 1 Edit Sketch in Dynamic Mode

Lecture 2 Derived Sketch

Lecture 3 Relocating a Sketch

Lecture 4 Sketch Picture & Auto Trace

Lecture 5 3D Sketching

Lecture 6 How to use Sketch Block?

Lecture 7 Using Equations in Sketch

Lecture 8 Move, Copy and Rotate

Lecture 9 Offset Entity Tool

Lecture 10 Using Sketch Xpert Tool

Lecture 11 Using Replace Entity

Lecture 12 Baseline and Ordinate Dimensions

Lecture 13 Case Study: Belt Chain Toolset

Lecture 14 Scale an Entity with Copy Option

Lecture 15 Using Expressions

Section 2: Master Multibody Techniques

Lecture 16 Introduction to Multibody Part

Lecture 17 Simple Methods to Create Multibody Part

Lecture 18 Combine Feature

Lecture 19 Features Scope to Bodies

Lecture 20 Move/Copy Bodies

Lecture 21 Inserting Part into Multi Body Part

Lecture 22 Saving Body as Part

Lecture 23 Creating Bodies using Split Feature

Lecture 24 Managing Bodies

Lecture 25 Local Operations to Bodies

Lecture 26 Using Intersect Tool

Lecture 27 Case Study

Lecture 28 Materials and Multibody Parts

Lecture 29 Comparing Multibody Modeling with Assembly Modeling

Section 3: Mastering Sweep, Curve and Loft

Lecture 30 Sweep Path Options

Lecture 31 Sweep with Guide Curves

Lecture 32 Sweep Cut with Sketch and Circular Profile

Lecture 33 Sweep with Twist Profile

Lecture 34 Swept Cut with Solid Profile

Lecture 35 How Loft Works?

Lecture 36 Loft Cut Feature

Lecture 37 Loft with Segmented Sketch

Lecture 38 Sketch Blocks as Loft Profiles

Lecture 39 Project Curve

Lecture 40 Intersection Curve

Lecture 41 Boundary Boss Base Feature

Lecture 42 Case Study: Funnel

Lecture 43 Case Study : Model a Pitcher

Lecture 44 Closed Loft

Section 4: Configurations and Design Tables

Lecture 45 Making Configurations using Configuration Manager

Lecture 46 Using Configure Feature

Lecture 47 Using Configure Dimensions

Lecture 48 Making Derived Configurations

Lecture 49 Using Configuration Table

Lecture 50 Using Design Table

Lecture 51 Case Study :Design Table : Socket Head Cap Screw

Section 5: Solidworks Core Concepts

Lecture 52 Wrap Feature

Lecture 53 Vary Sketch Pattern

Lecture 54 Extrude Start and End Conditions

Lecture 55 Thin Extrude Auto Fillets & Cap Ends Option

Lecture 56 Holes for Manufacturing using Hole Wizard

Lecture 57 Point Deform Tool

Lecture 58 Indent Feature

Lecture 59 Working with Reference Geometry

Lecture 60 Instances to Vary Pattern

Lecture 61 Curve Driven Pattern

Lecture 62 Symmetry Check

Lecture 63 Defining Global Variables

Lecture 64 Linking to External Equations

Lecture 65 Using IF Statement

Section 6: Advanced Filleting and Chamfering

Lecture 66 Fillet Types and Parameters

Lecture 67 Multiple Radius Fillet

Lecture 68 Partial Edge Parameters

Lecture 69 Variable Size Fillet

Lecture 70 Setback Fillet Parameters

Lecture 71 Fillet with Keep Feature Option

Lecture 72 Face Fillet

Lecture 73 Filleting Multiple Edges

Lecture 74 Creating a Partial Chamfer

Lecture 75 Vertex Chamfer

Section 7: Assembly Modeling

Lecture 76 Multiple Mate Mode

Lecture 77 Copying Parts in Assembly Mode

Lecture 78 Copy with Mates

Lecture 79 Width Mate

Lecture 80 Using Symmetric Mate

Lecture 81 Distance Limit Mate

Lecture 82 Angle Limit Mate

Lecture 83 Profile Center Mate

Lecture 84 Case Study: Gear Mate

Lecture 85 Linear Coupler Mate

Lecture 86 Assembly Features

Lecture 87 Forming a New Assembly from Existing Components

Lecture 88 Making a Subassembly Flexible

Lecture 89 Configuring Parts in Assembly Mode

Lecture 90 Top Down Assembly Modeling

Lecture 91 Creating Exploded View and Animate

Lecture 92 Collision and Interference Detection

Lecture 93 Adding Smart Fasteners

Lecture 94 Introduction to Virtual Components

Lecture 95 Working with Virtual Components : Part-1

Lecture 96 Working with Virtual Components : Part-2

Lecture 97 Case Study: Timing Belt & Pulley Project

Section 8: SOLIDWORKS Drawings

Lecture 98 Introduction to Section View

Lecture 99 Aligned Section View

Lecture 100 Broken Out Section View

Lecture 101 Auxiliary View

Lecture 102 Break View

Lecture 103 Auto Dimensioning Scheme

Lecture 104 Hole Callout

Lecture 105 Geometric Dimensioning & Tolerance (GD&T)

Lecture 106 Case Study: Coupler Assembly: BOM, Isometric Exploded View & Auto Balloons

Any Design Engineers who want to excel in Product development field,Anyone who is interested to become Solidworks expert,Anyone who want to take CSWP exam,Anyone who has mechanical engineering degree