Rating 4.3 out of 5 (99 ratings in Udemy)
What you'll learn- Solid Works
- Engineering
- Sketching In Solid Works
- Part Modeling for Detailing, 3D Printing , Additive Manufacturing or for the Automation Purposes
- Assembling
- Detailing for the Manufacturing
- Angle of Projections
- Configuration Management
- Part Model and Drawing Comparison For Different Revisions
- Drawing Quality Checking Before Sending To Manufacturing
- Applying GD&T
- Design Standards
DescriptionCourse Has been created to …
Rating 4.3 out of 5 (99 ratings in Udemy)
What you'll learn- Solid Works
- Engineering
- Sketching In Solid Works
- Part Modeling for Detailing, 3D Printing , Additive Manufacturing or for the Automation Purposes
- Assembling
- Detailing for the Manufacturing
- Angle of Projections
- Configuration Management
- Part Model and Drawing Comparison For Different Revisions
- Drawing Quality Checking Before Sending To Manufacturing
- Applying GD&T
- Design Standards
DescriptionCourse Has been created to provide the CAD knowledge in the Industrial Level, This course has been created exactly how the industry projects will be executed to produce Quality products to the Clients.
I am sure after taking this course with proper practice with the material provided in the course the students can execute the Operations as per the industry needs.
While Explaining the Part Modelling and Drafting Manufacturing methods has been explained clearly and how a designer should adopt his design methods according to the manufacturer needs.
Apart from the Design for manufacturing and design for assembly this method of Designing can be followed to produce even automation works also.
Curriculum
Sketcher
Introduction
Mouse Controls
Different Sketch Profiles
Copy of the sketch
Patterns of the Sketch
Constrains
Dimensions
Trim Command
Notes Creation
Sketch Practice
Part Design
Method of Design for Manufacturing
Extruded Boss and Extruded Cut
Revolved Boss
Revolved Cut
Sweep Boss
Sweep Cut
Lofted Boss
Lofted Cut
Boundary Boss
Boundary Cut
General Hole creation Method
Threaded Holes
External Threads
Fillet and Chamfers
Types of Fillet and Chamfer
Pattern and its Types
Linear Pattern
Circular Pattern
Sketch Driven Pattern
Rib Supports
Draft Modelling
Thin or Thick Shell
Mirror of the Features
Different type of Plane Creation Methods
Helix and Spiral Curves
Different Configurations
Part Modelling Practice
Design Table for Multiple Configurations
Part model Comparison at Different Revisions
Assembly
Introduction to Assembly
Base Component Import
Fixing the Base Component
Child component Assembly method
Using Different constrains
Different Patterns in Assembly
Linear Pattern in Assembly
Circular Pattern in Assembly
Copy of Child Components
Bill of Materials
Hiding a component
Making a Component Transparent
Configurations in Assembly
Exploded View in Assembly
Exploded Line Sketch in Assembly
Assembly Features
Assembly Practice
Drafting/Detailing
Introduction To Drafting
Selecting Sheet Its Size and Sheet Standards
Choosing the Model to Details
Standard Views Creation Methods
Model Views/ Custom Views
Section Views
Detail Views
Broken View
Broken Out View
Crop View
Auxiliary View
Smart Dimensions
Dimension Types
Base Line Dimension
Chain Dimension
Ordinate Dimension
Model Dimension
Notes and Spell Check
Surface Finish
Hole Call Out
GD&T and Datum Features
Center Mark & Center Line
Blocks and Hatching
Revision Symbols and Tables
Assembly Drafting
Ballooning
Weld Symbols
Drafting Practice
Quality Checking
Drawings Comparison at Different Revisions
