Short Course in SolidWorks & Course Content

Course Description

By quickly getting up to speed, as well as using best modeling practices, the SOLIDWORKS Essentials course ultimately ensures maximum efficiency and productivity for all SOLIDWORKS users. New CAD users, seasoned users of other CAD systems and veteran SOLIDWORKS users can all benefit from Essential’s training. Real life case studies are used to illustrate processes, teaching everything you need to know for building parametric models of parts and assemblies, and making drawings of those parts and assemblies.

Training Objectives:

This curriculum is designed to deliver mechanical designing skills in SolidWorks to the youngster’s literate to even intermediate level. This training will effectively groom them and make them knowledgeable enough to pass the interviews for mechanical designing jobs and thus enter the designing industry as groomed professionals.

The one-month training that will enlighten the trainees about processes going on in the industry and will increase their knowledge and skill level enabling them to join any other mechanical designing industry player with a prior work experience.

Certification

We are offering certification of SOLIDWORKS Provided by KICS UET Lahore.

Requirements

Basic knowledge of Windows
Education Level: Matriculation
Basic English Understanding

Advantages

Live project end to end software testing training Included.
Information packed practical training starting from basics to advanced testing techniques.
Learn Software Testing and Automation basics from a professional trainer from your own desk.
Practical assignments at the end of every session.
Course content designed by considering current software testing technology and the job market.

SolidWorks Course Outline

Introduction to Sketching & Product Designing

Basics of Designing
Why are We Going to Sketch?
2D Sketching
Sketching
Sketching Guidelines
Sketch Entities
Basic Sketching
Sketch Relations
Dimensions
Saving Files

Basic Part Modelling & Appearance and Visualization

Extrude
Basic Modelling
Basic Terminology
Choosing the Best Profile
Choosing the Sketch Plane
Details of the Part
Boss Feature
Sketching on a Planar Face
Cut Feature
Using the Hole Wizard
Filleting
Editing Tools
Dimensioning
Changing Parameters
Adding Colors to Parts
Works Space Appearance
Adding Special Appearance
Saving Images

Revolved Features, Patterning, Shelling and Ribs

Design Intent
Revolved Features
Edit Material
Mass Properties
File Properties
Why Use Patterns?
Linear Pattern
Circular Patterns
Reference Geometry
Sketch Driven Patterns
Shelling and Ribs
Adding Draft
Other Options for Draft
Shelling
Ribs

Modifying Parts/Features, Configurations, Global Variables

Thin Features
Part Editing
Editing Topics
Sketch Issues
Using Configurations
Other Methods to Create Configurations
Modelling Strategies for Configurations
Editing Part that Have Configurations
Design Library
Renaming Features and Dimensions
Global Variables

Moldings Works

Mold Design Tools Overview
Mold Analysis Tools
Parting Line
Shut-off Surfaces
Creating a Mold core and Cavity
Heal Edges
Automatically selecting a Different Chain of Edges

Sheet Metal Works

Creating a basic Flange
Insert Bend Tool
Bend Types
Using Forming tools with sheet metal
Using sheet metal bend parameters

Model Drawings (2D & 3D)

Starting from new Drawing
Section View
Model Views
Broken View
Detail Views
Drawing Sheets and Sheet Formats
Annotations

Assembly Modelling

Creating a New Assembly
Position of the First Component
Feature Manager Design Tree and Symbols
Adding Components
Mating Components
Using Part Configurations in Assemblies
Smart Mates
Inserting Sub-assemblies
Motion Study

Simulation and Optimization

Case Study: Beams and Shafts
Applying Materials
Setting up constraints/fixtures
Applying Loads
Meshing
Analyzing Results
Generating Report
Product Finalization
Product Design Optimization

Rendering

Setting Colors
Setting Views
Position of the Components
Camera Views
Adding Lights
Exporting Image

Posted on: July 17, 2021 Arooj Zeb