Why this course?

Description

About this course
The application uses of SOLIDWORKS Software for Mechanical and Automation Engineers

Description
This course is designed for easy learning of SolidWorks software for Mechanical and Automation Engineering students/professionals who are interested in 3D Modeling of machine drawing, and parametric design and generates three kinds of interconnected files: the part, the assembly, and the drawing.

What you’ll learn in this course?
In this course, you will learn how to use SOLIDWORKS to model 3D parametric models of parts and assemblies and prepare drawings of those parts and assemblies and apply the material.

Are there any course requirements or prerequisites?
Basic Knowledge of AutoCAD, Engineering Drawing, etc.

Who this course is for:
✅ Anyone who wants to learn SOLIDWORKS.
✅ Mechanical and Automation Design Students / Professionals or Anyone who wants to learn 2D and 3D Modeling, Sheetmetal, and Surface Designs in SOLIDWORKS.

Course Outline of SOLIDWORKS:
Lecture: 01
Chapter: 1 - Understanding the Course Outline of SOLIDWORKS, Downloading & Installing the Software.
About SOLIDWORKS, History, Uses.

Chapter: 2 - USER INTERFACE
Launching SOLIDWORKS, Understanding the User interface of Solidworks, Creating a New file, Saving, Closing, Open Existing files, and Exiting SOLIDWORKS.Customizing Command Managers and Toolbars in SOLIDWORKS.

Lecture: 02
Chapter: 3 - DRAWING SKETCHES
Entering the Sketching Environment, Creating Lines, Centerline, and Midpoint Line, Circles, Arcs, Rectangles, Polygons, Splines, Slots, Ellipses, and Elliptical Arcs, Parabolic and Conic Curves, Placing Points, and Deleting Sketching Entities.

Lecture: 03
Chapter: 4 - MODIFYING SKETCHES
Creating offset geometry.Moving, copying, rotating, scaling, erasing, undoing, and redoing actions Using the Mirror tools, Trimming and extending a sketch.
Creating repeating patterns in a sketch Using construction lines, Adding fillets and chamfers to sketches.Writing Text.

Lecture: 04 - Practice Example
Lecture: 05 - Practice Example
Lecture: 06
Chapter: 5 - RELATIONS & DIMENSIONS
Adding Automatic Relations, Dimensioning a Sketch and Smart Dimension Tool, Adding Horizontal and Vertical Dimensions, Aligned Dimensions, Angular Dimensions, Adding Diametric Dimensions, Adding Radial Dimensions, Adding Linear Diametric Dimensions, Adding Ordinate Dimensions.
Fully Defining the Sketches, Deleting over-defined dimensions, and Displaying & deleting relations.

Lecture: 07
Chapter: 6 - PART MODELLING ( BASE FEATURES)
Creating Extruded Features, Revolved Features, Extruded Cuts, Revolved Cuts, Determining the Mass Properties of Solid Models. Dynamically Rotating the View of a Model. Shadows in shaded mode, Assigning materials and textures to the models.

Lecture: 08 - Practice Example
Lecture: 09
Chapter: 7 - ADVANCED PART MODELLING
Creating holes, fillets, chambers, shells, and wraps, Creating mirrors, and rib features, and Displaying the section view of the model.

Lecture: 10 - Practice Example
Lecture: 11 - Practice Example
Lecture: 12 - Practice Example
Lecture: 13
Chapter: 8 - EDITING FEATURES
Editing sketches, Editing using the instant 3d tool, editing features, Copying features using drag &drop, and deleting features.Suppressing & renaming features, Creating folders in the feature manages tree.

Lecture: 14
Chapter: 9 - CREATING REFERENCE GEOMETRY
Need for creating Planes, Creating Offset Planes, and Parallel Planes passing through a Point, Creating planes at an angle to an existing plane, Creating a plane normal to a curve and in the middle of two faces, and Creating a plane on a non-planar surface. Creating Reference Axes. Creating Reference Points, Creating Reference Coordinate Systems, and Creating a Center of Mass.

Lecture: 15
Chapter: 10 - ASSEMBLY MODELING
Creating bottom-up assemblies, Creating top-down assemblies, Moving and rotating individual components, Applying assembly mates, and editing assembly mates.

Lecture: 16 - Practice Example
Lecture: 17 - Practice Example
Lecture: 18
Chapter: 11 - DRAWING VIEWS
Generating standard drawing views, Generating derived views, Editing & modifying drawing views, Changings the view orientation scale, Deleting drawing views, Rotating drawing views., Modifying the hatch pattern in section views.

Lecture: 19
Chapter: 12 - ADVANCED DRAWING VIEWS
Adding annotations to the drawing views, Editing annotations, Adding the bill of materials (BOM) to the drawing, Adding balloons to the drawing views, and Adding new sheets to the drawing views.

Lecture: 20
Chapter: 13 - WORKING WITH BLOCKS
Blocks toolbar, Saving a sketch as a block, Creating mechanisms using blocks, Applying motion to blocks, and Creating parts from blocks.

Lecture: 21 - Practice Example
Lecture: 22 - Practice Example
Chapter: 14 - SURFACE MODELING
Creating an extruded, revolved, swept surface, Creating lotted, bound, planer surface, Creating fill surface, radiated surfaceOffsetting, trimming, untrimmed.
Extending, knitting, and filleting surfaces.Creating a mid-surface, replacing faces, and deleting faces.Moving, copying, and mirroring surfaces.
Adding thickness to surface bodies, Creating a thickness surface cut.

Lecture: 23 - Practice Example
Lecture: 24 - Practice Example
Lecture: 25 - Practice Example
Lecture: 26 - Practice Example
Chapter: 15 - SHEET METAL
Creating the base flange
Edge flange, table sketched bend, miter flange
Creating closed corners, hems, jog bends, breaking the corners
Creating cuts on planar faces., Creating lofted bends.

Lecture: 27- Practice Example
Lecture: 28 - Practice Example
Lecture: 29 - Practice Example
Lecture: 30 - Exam & Certification

NOTE
After Registration, you will receive an email, which contains the details of the class timings.