₹2,950.00
Description
SolidWorks is a solid modeling computer-aided design (CAD) and computer-aided engineering (CAE) application published by Dassault Systems. According to the publisher, over two million engineers and designers at more than 165,000 companies were using SolidWorks as of 2013.
Prerequisites
No experience is required, but fundamental knowledge of Eng. Drawing & AutoCAD would be helpful.
Key Learning Outcomes:
- Demonstrate competency with multiple drawing and modification commands in SolidWorks.
- Create three-dimensional solid models.
- Create three-dimensional assemblies incorporating multiple solid models.
- Apply industry standards in the preparation of technical mechanical drawings.
Target Audience
SOLIDWORKS simulation is really targeting product engineers. So, they can use the technology of simulation during the concept phase, and the detailing design phase. And the goal is really to get technical insight while you design your product and to have these insights to make a decision.
Test & Evaluation
- During the program, the participants will have to take all assignments given to them for better learning.
- At the end of the program, a final assessment will be conducted.
Certification
- All successful participants will be provided with a certificate of completion.
- Students who do not complete the course / leave it midway will not be awarded any certificate.
Delivery Mode & Duration :
Online Live Mode – 100 Hours (50 Hours Online Live sessions + 50 Hours of assignment).
SolidWorks Basics and the User Interface
- What is the SolidWorks Software?
- Design Intent
- File References
- Opening Files
- The SolidWorks User Interface
- Using the Command Manager
- Introduction to Designing and its basic concepts
Sketcher
- 2D Sketching
- Saving Files
- What are We Going to Sketch?
- Sketching
- Sketch Entities
- Basic Sketching
- Rules That Govern Sketches
- Design Intent
- Sketch Relations
- Dimensions
- Extrude
- Sketching Guidelines
Basic Part Modeling Terminology
- Choosing the Best Profile
- Choosing the Sketch Plane
- Details of the Part
- Boss Feature
- Sketching on a Planar Face
- Cut Feature
- View Selector
- Using the Hole Wizard
- View Options
- Filleting
- Editing Tools
- Detailing Basics
- Drawing Views
- Center Marks
- Dimensioning
- Changing Parameters
- Design tree and its aspects
- Editing feature with Design tree
- Editing sketch with design Tree
Advance Part Modeling
- Design Intent
- Boss Feature with Draft
- Symmetry in the Sketch
- Sketching Inside the Model
- View Options
- Using Model Edges in a Sketch
- Creating Trimmed Sketch Geometry
- Reference Geometry
- Linear Pattern
- Circular Patterns
- Mirror Patterns
- Using Pattern Seed Only
- Sketch Driven Patterns
- Design Intent
- Revolved Features
- Building the Rim
- Building the Spoke
- Edit Material
- Mass Properties
- Shelling
- Planes
- Ribs
- Full Round Fillets
- Thin Features
- Part Editing
- Editing Topics
- Sketch Issues
- FilletXpert
- Part Editing
- Sketch Contours
- Equations
- Design Library
- Making Cosmetic Threads
- Using Part annotation and its Tools, Options
- Editing holes
Sheet Metal design
- Introduction to sheet metal design
- Primary walls, Secondary and unattached walls
- Unbend, bend back and cuts
- Sheet metal forms
- Bending & Unbending sheet metal geometry
- Converting solid parts
Working with Surfaces
- Introducing Surfaces
- Exploring the Knit function
- Using the Trim/Untrim function
- Understanding Non-Uniform Rational B Spline
- Surfacing Tools Extruded, Boundary
- Characterizing the Offset Surface
- Using Radiate, Knit, Thicken, Planer Surface
- Using Fill, Mid, Replace Surface
- Using Ruled Surface
- Using Intersect
- Using Cut with Surface
- Using Fill Surface blend
Assembly Modeling
- SolidWorks Assemblies
- Assembly File Structure
- File References
- Solving Mates
- Advanced Mates
- Adding Mate References
- Design Library Parts
- Capture Mate References
- Advanced and Mechanical Mate Types
- Summary: Inserting and Mating Components
- Multiple Mate Mode
- Using Copy with Mates
- Mate Options
- Stages in the Process
- Building Parts in an Assembly
- In-Context Features
- Propagating Changes
- Saving Virtual Parts as External
- External References
- Breaking External References
- Removing External References
- Assembly Features and Smart Fasteners
- Assembly Features
- Stages in the Process
- Smart Fasteners
- Smart Components
Drafting
- Sheets and Formats
- Drawing Views
- Sketching in Drawing Views
- View Settings
- Manipulating Dimensions
- Dimension Properties
- Adding Annotations
- Annotation Types
- Block
- Drawing Templates
- Properties in the Template
- User Defined Properties
- Customizing a Sheet Format
- Define Title Block
- Updating Sheet Formats
- Creating Views of Assemblies
- Creating and Managing a Bill of Materials
- Balloons
- Tables in the Drawing
- Texture Mapping
- Textures
Photorealistic Rendering
- Texture Mapping
- Viewpoint
- Positioning the Viewpoint
- Named Views
- Perspective View
- The SolidWorks Camera
- Depth of Field
- Scenes and Lighting
- Scenery Choices
- Scenery Examples
- Scene Selection
- Edit Scene Property Manager
- Scene Library
- Lighting
- Lighting Concepts
- Rendering Basics
- Lighting Methods
- Direct Lighting
- Lighting Schemes
- Photographic Lighting
- Ambient Light
- Indirect Lighting
- Surface Finish
- Point Lights
- Spotlights
- Reflections
- What is the PhotoView 360 Software
- Starting PhotoView 360
- PhotoView 360 User Interface
- PhotoView 360 Gallery
- PhotoView 360 Light Characteristics