What is SolidWorks?
SOLIDWORKS is used to develop mechatronics systems from beginning to end. At the initial stage, the software is used for planning, visual ideation, modeling, feasibility assessment, prototyping, and project management.
Why learn SolidWorks?
SOLIDWORKS Parametric Design Modular easy to use, RealView graphics allow you to visualize your design in real time, while PhotoView 360 can create sophisticated photo realistic renderings and animations.
Prerequisites for learning SolidWorks.
What we will learn in SolidWorks?
- History of SolidWorks
- Applications and Advantages
- Direct And Parametric Modeling
- Creating New File
- Part Mode
- Assembly Mode
- Drawing Mode
- Part Mode User Interface
- Command Manager
- Toolbars And Pop-up Toolbars
- Units System And Dimensions Setting
- Feature Manager Tree and Its Work Flow
- Property Manager
- Understanding Sketch Command Manager
- Invoking Sketch Command Manager
- Orienting Sketch Plane Normal To The Screen
- Creating Lines and Its Types
- Line Property Manager
- Continuous And Individual Lines
- Understanding ADD DIMENSION Option
- Selection Methods (Box And Lasso)
- Deselection And Invert Selection Methods
- Working of Select Icon
- Document Settings
- Tangent And Normal Arc Using Line Tool
- Creating Circle And Its Types
- Circle Property Manager
- Customizing Interface (Shortcuts, Toolbars And Others)
- Creating Rectangle And Its Types
- Rectangle Property Manager
- Creating Arc And Its Types
- Arc Property Manager
- Creating Polygon And Its Types
- Polygon Property Manager
- Creating Spline And Its Types
- Spline Property Manager
- Modifying Spline
- Creating Ellipse And Its Types
- Ellipse Property Manager
- Creating Slot And Its Types
- Slot Property Manager
- Understanding Trimming Methods
- Understanding Extending Methods
- Length Dimensioning
- Distance Dimensioning
- Diameter And Radius Dimensioning
- Angular Dimensioning
- Arc Length Dimensioning
- Sketch Fillet and Chamfer
- Text Tool
- Creating Points
- Creating Offset Entities
- Sketch Mirror Entities
- Dynamic Mirror Entities
- Move Sketch Entities
- Copy Sketch Entities
- Rotate Sketch Entities
- Scale Sketch Entities
- Stretch Sketch Entities
- Linear Sketch Pattern
- Circular Sketch Pattern
- Understanding Fully/Under/Over Defined Sketch
- Adding Relations to Sketch
- Repair and Rapid Sketch
- Quick Snaps Points
- Module 53: Instant 2D tool
- Feature Command Manager
- Understanding Extrude Boss/Base Feature
- Extruding Start And End Conditions
- Extrusion Direction
- Draft Feature
- Thin Feature
- Understanding Contours Tools
- Understand Extrude Cut Feature
- Understanding Merge Result Option
- Editing Feature And Sketch Concept
- Creating Planes/Axis/Points Using Reference Geometry
- Understanding Sweep Boss/Base Feature
- Guide Curves Concept
- Understanding Revolve Boss/Base Feature
- Creating Revolved Cuts
- Display Modes of Model
- View Orientations
- Creating Cut-Sweep Features
- Creating Loft Features
- Understanding Centerline Parameter
- Adding a Section to a Loft Feature
- Creating Lofted Cuts
- Editing the Features of a Model
- Evaluate Command Manager
- Editing Using the Edit Feature Tool
- Editing Sketches of the Sketch-based Features
- Editing the Sketch Plane Using the Edit Sketch Plane Tool
- Editing Using the Instant3D Tool
- Editing Features and Sketches by Using the Cut, Copy, and Paste Options
- Cutting, Copying, and Pasting Features and Sketches
- Copying Features Using Drag and Drop
- Deleting Features
- Deleting Bodies
- Suppressing Features
- Unsuppressing the Suppressed Features
- Unsuppressing Features with Dependents
- Hiding Bodies
- Moving and Copying Bodies
- Reordering the Features
- Rolling Back the Feature
- Fillet And Chamfer Tool and Their Types
- Creating Mirror Features
- Hole Wizard And Threads
- Creating Linear Pattern Features
- Creating Circular Pattern Features
- Creating Sketch Driven Patternsl
- Creating Curve Driven Patterns
- Creating Table Driven Patterns
- Creating Fill Patterns
- Creating Variable Patterns
- Creating Rib Features
- Creating Draft Features
- Creating Shell Features
- Displaying the Section View of a Model
- Creating Dome Features
- Creating Indents
- Creating Deform Features
- Creating Flex Features
- Creating Fastening Features
- Creating the Mounting Boss
- Creating Snap Hooks
- Creating Snap Hook Grooves
- Creating Vents
- Creating a Lip/Groove Feature
- Creating Freeform Feature
- Placing Components in the Assembly Document
- Understanding Insert Component Property Manager
- Moving Individual Components by Dragging
- Moving Individual Components Using the Move Component Tool
- Rotating Individual Components by Dragging
- Rotating Individual Components Using the Rotate Component Tool
- Moving and Rotating Individual Components Using the Triad
- Applying Standard Mates
- Advanced Assembly Mates
- Applying the Profile Center Mate
- Applying the Symmetric Mate
- Applying the Width Mate
- Applying the Path Mate
- Applying the Distance Mate
- Applying the Angle Mate
- Applying the Linear/Linear Coupler Mate
- Applying Mechanical Mate
- Applying the Cam Mate
- Applying the Slot Mate
- Applying the Hinge Mate
- Applying the Gear Mate
- Applying the Rack Pinion Mate
- Applying the Screw Mate
- Applying the Universal Joint Mate
- Creating Sub-assemblies
- Creating Patterns of Components in an Assembly
- Pattern Driven Component Pattern
- Creating the Exploded State of an Assembly
- Introduction to Motion Study
- Simulating the Motion of an Assembly
- Timeline/Timebar/Keypoint
- Motion Manager Design Tree
- Starting New Drawing Documents
- Different Drawing Views
- Inserting Part/Assembly to Drawing Documents
- Creating Three Standard View
- Creating Model View
- Using the View Palette to Place the Drawing Views
- Generating the Three Standard Views
- Generating Standard Views Using the Relative View Tool
- Generating Standard Views Using the Predefined View Tool
- Generating Derived Views
- Generating Projected Views
- Generating Section Views
- Generating Broken-out Section Views
- Generating Auxiliary Views
- Generating Detail Views
- Generating Crop Views
- Generating Broken Views
- Generating Alternate Position Views
- Generating Drawing Views of the Exploded State of an Assembly
- Editing and Modifying Drawing Views
- Changing the View Orientation
- Changing the Scale of Drawing Views
- Deleting Drawing Views
- Rotating Drawing Views
- Manipulating the Drawing Views
- Modifying the Hatch Pattern in Section Views
- Properties Rollout
- Options Rollout
- Generating Annotations Using the Model Items Tool
- Adding Reference Annotations
- Aligning the Dimensions
- Editing Annotations
- Adding the Bill of Materials (BOM) to a Drawing
- Table Template Rollout
- Table Position Rollout
- Adding Balloons to the Drawing Views
- Adding Balloons Using the Auto Balloon Tool
- Creating Magnetic Lines
- UCS Command 3D
- Creating an Extruded Surface
- Creating a Revolved Surface
- Creating a Swept Surface
- Creating a Lofted Surface
- Creating a Boundary Surface
- Creating a Planar Surface
- Creating a Fill Surface
- Creating a Radiated Surface
- Offsetting Surfaces
- Trimming Surfaces
- Untrimming Surfaces
- Extending Surfaces
- Knitting Surfaces
- Filleting Surfaces
- Modifying Commands
- Creating a Mid-Surface
- Deleting Holes from Surfaces
- Replacing Faces
- Deleting Faces
- Moving and Copying Surfaces
- Mirroring Surface Bodies
- Adding Thickness to Surface Bodies
- Creating a Thicken Surface Cut
- Creating a Surface Cut
- Mesh Primitives Objects
- Understanding Sheet Metal
- Creating Base Flange
- Creating the Edge Flange
- Creating Tabs
- Creating the Sketched Bend
- Creating the Miter Flange
- Creating Closed Corners
- Creating Welded Corners
- Breaking the Corners
- Creating Corner Relief
- Creating Hems
- Creating the Jog Bend
- Smoothing objects
- Creating the Swept Flange
- Creating Cuts on the Planar Faces
- Creating Lofted Bends
- Creating a Flat Pattern View
- Converting a Solid Body into a Sheet Metal Part
- Designing a Sheet Metal Part from a Solid Shelled Model
- Ripping the Edges
- Inserting Forming Tools
- Creating Forming Tools
- Generating the Drawing View of the Flat Pattern of the Sheet Metal Component
- See yourself building something awesome in Solidworks projects
Benefits of joining SolidWorks Training Course with Conaxweb Solutions.
- Job Oriented Training Program available in Offline/ Online mode.
- Curated Study Material with Project Case Study.
- Final year project & documentation guidance
- Training by Experienced faculty.
- Doubt sessions and real IT working experience.
- Interview Preparation material and Career Consulting.
- Certification on training completion.
Teaching Mode: Online / Offline
Address: 259, 1A, Vinoba Nagar, Naini, Prayagraj, Uttar Pradesh 211010
Contact number : 05323557581, +91-9555433745
