Solidworks professional course
Intro about Design
Things to consider in design
Product Lifecycle Management
Fundamentals
Intro about solidworks
How to set units
Views Tab- Section 01
Views Tab-Section view
Views Tab- Section 02
Views Tab- Section 03
Views Tab-Display views
Views Tab- Section 04
Objectives
Sketch Profiles
Sketch Profiles - Section 01
Sketch Profiles - Section 02
Spline - Equation driven curve
Spline - Equation driven curve - section 02
Spline - Equation driven curve - section 03
Objectives
For Practice
Sketch profiles & Modifying Entities
Trim Entities
Convert Entities
Offset Entities
Mirror & Pattern Entities
Modifying Entities - Type 01
Modifying Entities - Type 02
Modifying Entities - Type 03
Objectives
Sketch Entities – Example
Example – 01
Example – 02
Extruded Bose feature with Example
Extruded Bose
Extruded bose - Section 02
Extruded bose - Section 03
Extruded Bose Example
Extruded Bose Example – 02
Extruded cut
Flip side to cut
Extruded Bose Example – 03
Extruded Bose & Extruded cut - Example 04
Objectives
For Practice
Revolved Bose feature with Example
Revolved Bose
Revolved Bose - Section 02
Example of Revovled Bose Feature
Example of Revovled Bose Feature - Section 02
Example of Revolved bose with cut
Objectives
For Practice
Swept Bose Feature with Example
Swept Bose Feature
Swept Bose Feature - Types of Options
Swept Bose Feature - Guide curves
Swept Bose with swept cut feature
Swept Bose Featutre – Example
Objectives
For Practice
Plane & its Types
Reference geometry planes
Formation of plane using vertex
Tangency plane
Objectives
Lofted Bose feature & its Example
Lofted Bose feature
Lofted Bose - Center Line parameters
Lofted Bose - Center Line parameters - section 02
Lofted cut with Example
Lofter bose Example - Hypoid gear
Objectives
For Practice
Objectives for Example model
Boundary Bose
Boundary bose Feature
Boundary cut feature
Objectives
For Practice
Hole Wizard & Thread Feature
Hole wizard - Section 01
Hole wizard - Section 02
Hole wizard - Section 03
Theard feature - section 01
Theard feature - section 02
Objectives
For practice
Fillet & chamfer
Fillet feature
Fillet feature - Section 02
Fillet feature - Section 03
Fillet feature - Section 04
Chamfer feature
Fillet – Example
Objectives
For practice
Pattern feature
Linear pattern
Circular pattern
Circular pattern Example
Curve driven pattern
Curve driven pattern - Section 02
Fill pattern
Fill pattern - Section 02
Table driven pattern
Sketch driven pattern
Variable pattern
Objective
For Practice
Shell & Draft feature
Shell Feature
Shell feature - Section 02
Draft Feature
Draft feature - Section 02
Objectives
For practice
Wrap & other modifying feature
Wrap feature
Intersect feature
Mirror feature
Objective
For practice
Advance feature
Combine feature
Dome feature
Dome feature Example
Indent feature
Flex feature
Scale feature
Split feature
Move & copy bodies
Example model
Objective & Practice Drawings
How to model piston
How to model Single plate clutch Flywheel
How to model Single plate clutch cover
How to model Single plate clutch driven shaft
How to model Single plate clutch Friction plate
3D Curves
Helix & spiral curve
Helix & spiral curve - section 02
Helix & spiral curve - section 03
Helix & spiral curve - section 04
Curves through XYZ point
Curves through reference point
Split line
Split line - other types
Objectives
Surface modeling
Extruded Surface
Extruded Surface – Draft
Revolved surface
Objectives
Swept surface
Swept surface with guide curves
Lofted surface
Objectives
Boundary surface
Boundary surface in aerofoil shape
Filled surface
Planar surface
Objectives
Offset surface
Ruled surface
Ruled surface - Taper & perpendicular to vector
Ruled surface – Sweep
Delete face – Delete
Delete face - Delete & patch
Delete face - Delete & fill
Objectives
Replace face
Delete hole
Extend face
Trim surface
Trim surface types
untrim surface
untrim surface detail
Objectives
Knit surface
Thicken
Cut with surface
3D Curves - Composite & Project cuves
Objectives & Practice Drawings
Examples for Surface Modeling
Rocking wheel chair - How to create a body
Rocking wheel chair - How to create Leg
Rocking wheel chair - How to use trim
Rocking wheel chair - How to create Backrest
Rocking wheel chair - final body
Patterned Water Bottle
Wooden chair - from sketch to surface
Wooden chair - For surface to solid
Egg shaped mouse
Sheetmetal modeling
what is sheetmetal?
Types of cutting machine
Types of bending machine
Types of steel sheet
Sheetmetal from design to manufacturing
Difference of K-Factor, Bend allowance & Bend deduction
What is K-Factor
What is bend allowance
What is bend deduction
Practical relation of sheet metal
Objective & Practice Drawings
Base Flange + Edge Flange
Detail about Edge Flange
Edge Flange options
Miter Flange
Miter Flange – Relief
Brief of Hem
Brief of Jog
Objective & Practice Drawings
Sketched Bend
Cross-Break
Sheetmetal modelling
Swept Flange
Corner: Break Corner
Corner: Break Corner – 02
Objective
Welded corner
Closed Corner
Corner Relief: Two bend corners
Corner Relief: Three bend corners
Objective & Practice Drawings
Sheetmetal Gusset
Extruded cut & simple hole
Brief of Vent
Forming tool
Objective
Lofted Bend – bent
Lofted Bend – Formed
Convert to sheet metal option
Converting sheet metal options
Converting sheet metal option – 03
About Fold & unfold option
Objectives & Practice Drawings
Sheetmetal Examples – 01
Sheetmetal Examples – 02
Sheetmetal Examples – 03
Sheetmetal Examples – 04
Weldment modelling
What is Weldment?
Different techniques for creating weldments
Extraction of weldment external model
Objectives
Structural member: Locate profiles
Trim Extend: corner type 01
Trim Extend: corner type 02
Subjectives
End Cap
Weldment Gusset
Weld Bead
Brief of weld bead
Objectives & Practice Drawings
Weldment Examples
Weldment - Examples – 01
Weldment - Examples – 02
Weldment - Examples – 03
Assembly modelling
About Assembly
Assembly in solidworks
Objectives
Standard mate: coincident
Standard mate: parallel
Standard mate: perpendicular
Standard mate: concentric
Standard mate: Fix mate
Standard mate: Distance
Standard mate: Tangency
Standard mate: Angle mate
Objectives
Advance mate: Profile center
Advance mate: Symmetric
Advance mate: Width
Advance mate: Linear mate
Advance mate: Distance limit
Advance mate: Angular limit
Advance mate: path mate
Objectives
Mechanical mate: Cam
Mechanical mate: Slot
Mechanical mate: Screw
Mechanical mate: Hinge
Hinge mate in detail
Mechanical mate: Gear
Mechanical mate: Universal joint
Universal joint in detail
Mechanical mate: Rack & pinion
Objectives
Additional feature: Duplicate parts
Additional feature: form sub assembly
Assembly Modelling
Additional feature: Open part
Additional feature: Isolate
Additional feature: Exploded view
Objectives
Additional feature: Bill of material
Additional feature: Driven component pattern
Additional feature: Linear component pattern
Additional feature: Sketch Driven pattern
Additional feature: Move & Rotate component
Objectives
Additional feature: Standard part
Additional feature: Smart fastners
Additional feature: Copy with mate
Additional feature: Edit component
Additional feature: Add material
Additional feature: Top Down assembly
Additional feature: New Part
Objectives
Evaluate: Interference Detection
Evaluate: Clearance verification
Evaluate: Hole alignment
Evaluate: Assembly visualisation
Evaluate: Assembly visualisation – 02
Evaluate: Performance
Objectives
Evaluate: Mass properties
Evaluate: Measure
Evaluate: Section properties
Evaluate: Body compare
Objectives
Evaluate: Curvature
Evaluate: Sustainability
Evaluate: Costing
Objectives
Drafting
Drafting: Import model
Drafting: Projected View
Drafting: Detail view
Drafting: Detail view in detail
Drafting: Standard views
Objectives
Drafting: Section Views
Drafting: Broken out section
Drafting: Broken out section in Detail
Drafting: Crop view
Drafting: Crop view in Detail
Drafting: Replace model
Objectives
Drafting: Annotations
Drafting: Ordinate Dimensions
Drafting: Pathlength Dimension
Objectives
Drafting: Edit Sheet
Drafting: Angular Dimension
Drafting: Note & Pattern
Drafting: Balloons
Drafting: Layers
Objectives
Drafting: Centerline
Drafting: Centermark
Drafting: Block
Drafting: Hole callout
Objectives
Drafting: Alignment
Drafting GD&T: Geometric Tolerance
Drafting GD&T: Datum Feature
Drafting GD&T: Datum Target
Drafting GD&T: Weld symbol
Drafting GD&T: Surface finish
Drafting GD&T: Surface finish in detail
Drafting
Drafting Table: General Table
Drafting Table: Hole Table
Drafting Table: Bill of Material
Drafting Table: Bill of Material configure
Drafting: Revision cloud
Drafting Table: Revision
Drafting Table: Revision in Detail
Drafting Table: Weld table
Drafting Table: Weldment cut list
Drafting Table: Bend table
Drafting Table: Punch table
Drafting Table: Punch table in detail
Objectives
AutoCAD professional course
ABOUT DESIGN
Things to consider in Design
Product Lifecycle management
AutoCAD – FUNDAMENTALS
Orthographic projection
Intro about AutoCAD
How to set units
How to set Limits
Function Keys
Objectives
CO-ORDINATE SYSTEM
Absolute coordinate system
Relative coordinate system
Relative - polar coordinate system
Objectives
SKETCH PROFILES
Line in profile
Circle in profile
Arc in profile
Ellipse in profile
Rectangular in profile
Objectives
Polygon in profile
Polyline in profile
Polyline Edit
Spline in profile
Spline Edit
Objectives
Point in profile
Multiline profile
Multiline Edit
Region in profile
SKETCH PROFILES
Donut in profile
Objectives
Example & Practice Drawing
MODIFYING ENTITIES
Move Entity
Copy Entity
Stretch & Rotate
Mirror Entity
Scale Entity
Objectives
Trim Entity
Extend Entity
Chamfer Entity
Fillet Entity
Array – Rectangle
Array – polar
Array – Path
Example & Practice Drawing
Objectives
Hatch Entity
Boundary Entity
Join Entity
Explode Entity
Break & Break at point
Example & Practice Drawing
Objectives
Offset Entity
Lengthen
Copy clip & Paste clip
Zoom Entity
Subjectives
DIMENSIONS
Dimension Tools
Dimension Radius
Dimension Associate
Jogged & Jog line Dimension
Dimension Edit
Dimension Style
Center mark & Center line
Example & Practice Drawing
Objectives
CONSTRAINS & MEASUREMENTS
Geometrical constrain
Dimensional Constrain
Measuring Geometry – Area
Measuring Geometry
Objectives
TEXT & ANNOTAIONS
Text & Annotations
Text Style
Text Edit
Text Align
M Text & Annotations
Objectives
BLOCK & ANNOTATIONS
Block Annotation
Block Edit – point
Block Edit – Linear
Block Edit – Polar
Block Edit – Rotate
Objectives
Block Edit – Scale
Block Edit – Flip
Block Edit – Array
Block Edit - BV State
WBlock Annotation
Tool Palette
ATTRIBUTES
Attribute
Attribute Multiline
Enhanced Attribute Edit
Block Attribute Manager
Attribute Edit – GATTE
Attribute Edit – Pedit
Group
Example Drawing - Section 01
Example & Practice Drawing
Objectives
LEADER & MULTILEADER
Q Leader
MultiLeader
MultiLeader Style
MultiLeader Edit
MultiLeader Collect
MultiLeader Align
Objectives
LAYER & ITS PROPERTIES
Layer & its properties
Layer Turn off & Freeze
Layer Lock
Layers - Match properties & Match Layer
Layer plot
Objectives
Detail about specific icons in Layers
Layer - VP Freeze
Difference of BY Layer & BY Block
Properties
Quick properties
Objectives
TABLES & LAYOUTS
Tables annotations
Layout Setups
Design center
Objectives
MORE FEATURES
X Line Feature
Ray Line Feature
Export Feature
Image Feature
Import Feature
Navigation Bar
Options Feature
Purge Feature
X Ref Feature
Objectives
Geometric Dimensioning and Tolerancing (GD&T) course
About GD&T
What is GD&T?
Application of GD&T
Measuring Instrument used in GD&T
Machines used in GD&T
Things to know in GD&T
Objectives & subjective
Dimensioning
Dimensioning in GD&T
Objectives & subjectives
Tolerance
What is Tolerance?
Types of Tolerance
Difference between Coordinate tolerance & Geometric Tolerance
Application of tolerance
Application of Tolerance in Manufacturing
Objectives & subjectives
About Datums
What is Datum?
How Datum is Applied
How to Apply Datum in Rectangular part
How to Apply Datum in Cylindrical part
Objectives & subjectives
Positioning of Datum
External & Internal Datum
Multiple Datums in one component
Datum Example
Objectives & subjectives
About Datum Target
What is Datum Target?
Datum Target in Fix Elements
Datum Target in Movable Elements
Datum & Datum Target Requirement
Objectives & subjectives
Geometrical Tolerance Symbols
About Geometrical Tolerance
Form Tolerance – Flatness
Form Tolerance – Straightness
Form Tolerance - Straightness - How to read?
Form Tolerance – Cylindricity
Form Tolerance – Circularity
Form Tolerance - Circularity - How to read?
Objectives & subjectives
Orientation – Parallelism
Orientation - Parallelism - How to read?
Orientation – Perpendicularity
Orientation - Perpendicularity - How to read?
Orientation – Angularity
Orientation - Angularity - How to read?
Objectives & Subjectives
Runout - Total Runout
Runout - Total Runout - How to read?
Runout - Circular Runout
Runout - Circular Runout - How to read?
Objectives & Subjectives
Profile - Profile of Line
Profile - Profile of Line - How to read?
Profile - Profile of Surface
Profile - Profile of Surface - How to read?
Objectives & Subjectives
Location – Concentricity
Geometrical Tolerance Symbols
Location – Symmetry
Location – Position
Objectives & Subjectives
Modifiers
About Modifier
Different Symbols in Modifier
Modifier - Maximum Material Condition with Example
Modifier - Least Material Condition with Example
Modifier - Regardless of Feature Size
Objectives & Subjectives
Modifier - Tangency Plane
Modifier – Independency
Modifier – Translation
Modifier - Projected Tolerance
Objectives & Subjectives
Modifier - Free State
Modifier - Unequally Disposed
Modifier - Continous Feature
Modifier - Conical Taper
Modifier - Slope Taper
Objectives & Subjectives
Feature Control Frame
About Feature Control Frame
Subjective
Virtual & Resultant Condition
About Virtual Condition
About Resultant Condition
Objectives & Subjectives
Automotive Surface Styling
Picture Import, Sizing, and Bonnet Surface Area Formation
Front End Completion & Fender Surface
Door Surface Creation
Relative - Polar Coordinate System
Modeling Curvy Front & Bottom Portions
Headlight & Bottom Fender Surface Creation
Side Door & Quarter Panel Surface Modeling
Small Surface Areas at Front and Rear
Bumper Surface Area & Continuity
One-End Bumper Region & Surface Steps
Bumper Surface Completion & Quarter Surface Continuation
Quarter Panel Finishing Area & Decklid Beginning
Decklid Surface Creation
Exhaust Surface Modeling & Connection
Text Plate Surface Creation
Rear Surface Simulation & Integrity
Backend Exhaust Surface & Emission Surface Projection
Rear Bumper Bottom Point & Surface Door Handle Design
Extraction Vent & Curvy Drift Surface Modeling
Bonnet Vent Surface & Completion
Aero-Shape & Small Surface Area Closure
Taillight Holding Surface & Completion
Side Surface Bottom Portion & Front Bumper Holding Surface
Windscreen Structure & Cowl Panel Surface Area
Front End Glass Surface & Roof Surface Modeling
Side View Mirror Surface & Holding Surface
Side Door Glass Surface & Rear Light Modeling
Headlight Modeling & LED Integration
Bumper Grill Holding Surface & Back End Surface
Whole Surface Body Building & Completion
Hub Cap & Tyre Creation
Disc Brake & Caliper Creation