Enrollment Process
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Course Syllabus
It provides an overview of what you are going to learn.
- 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 – 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
- About Isometric
- Example 01 - solid edges
- Example 02 - solid + cylindrical edges
- Example 03 - Sectioned Part
- How to add dimension in isometric
- 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
Why should I take this Solidworks course?