Solidworks : A Complete Masterclass

4.7 ★★★★ ★

Solidworks : A Complete Masterclass

Name: Master SolidWorks, Automotive Design &amp; 2025 Features |All-in-One
Rating: 4.7 (111 reviews)
Author: Vignesh Ganesan

Master SolidWorks, Automotive Design & 2025 Updates – All in One Ultimate Course

updated on icon Updated on Jun, 2025

language icon Language - English

person icon Vignesh Ganesan

category icon Design,Other Design,Drawing

Lectures -397

Duration -37 hours

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4.7 ★★★★ ★

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Course Description

Master SolidWorks from the ground up with this all-in-one ultimate course! Learn core 3D design skills, dive deep into automotive design techniques, and stay ahead with the latest SolidWorks 2025 updates. Perfect for beginners and pros alike, this course delivers real-world skills to boost your design career and creativity.

Goals

This all-in-one SolidWorks masterclass is designed to help you build a strong foundation in 3D CAD, specialize in automotive design, and stay current with the latest SolidWorks 2025 features—empowering you to create professional-grade models, streamline workflows, and elevate your engineering or design career with real-world, industry-relevant skills.

Prerequisites

Basic computer literacy
No prior SolidWorks experience required

A computer capable of running SolidWorks

Windows 10 64-bit (Professional or Enterprise editions)
Processor
3.3 GHz or faster, Intel® Core i5, i7, or equivalent AMD®
Memory
8 GB or more (16 GB or more recommended)

Curriculum

Check out the detailed breakdown of what’s inside the course

Solidworks : From Sketch profiles to Drafting

294 Lectures

Intro about solidworks 02:19 02:19
How to set units 01:34 01:34
Views Tab- Section 01 01:46 01:46
Views Tab-Section view 02:14 02:14
Views Tab- Section 02 02:58 02:58
Views Tab- Section 03 02:40 02:40
Views Tab-Display views 01:12 01:12
Views Tab- Section 04 04:41 04:41
Sketch Profiles - Section 01 08:53 08:53
Sketch Profiles - Section 02 10:57 10:57
Spline - Equation driven curve 03:51 03:51
Spline - Equation driven curve - section 02 03:29 03:29
Spline - Equation driven curve - section 03 05:10 05:10
Trim Entities 04:32 04:32
Convert Entities 02:30 02:30
Offset Entities 02:52 02:52
Mirror & Pattern Entities 04:51 04:51
Modifying Entities - Type 01 04:16 04:16
Modifying Entities - Type 02 01:34 01:34
Modifying Entities - Type 03 04:47 04:47
Constrains - Dimensional constrains 03:43 03:43
Dimensional constrains - Baseline dimension 00:34 00:34
Dimensional constrains - Ordinate dimension 00:48 00:48
Dimensional constrains - Ordinate dimension Manual selection 00:39 00:39
Dimensional constrains - Path Length Dimension 01:05 01:05
Geometrical constrains 03:32 03:32
Sketch Entities - Example 01 07:28 07:28
Sketch Entities - Example 02 02:37 02:37
Solid Modeling - Extruded Bose 03:22 03:22
Solid Modeling - Extruded bose - Section 02 05:06 05:06
Solid Modeling - Extruded bose - Section 03 05:07 05:07
Solid Modeling - Extruded Bose Example 04:27 04:27
Solid Modeling - Extruded Bose Example - 02 06:15 06:15
Solid Modeling - Extruded cut 02:28 02:28
Solid Modeling - Flip side to cut 00:52 00:52
Solid Modeling - Extruded Bose Example - 03 06:39 06:39
Solid Modeling - Extruded Bose & Extruded cut - Example 04 07:29 07:29
Solid Modeling - Revolved Bose 04:45 04:45
Solid Modeling - Revolved Bose - Section 02 01:37 01:37
Solid Modeling - Example of Revovled Bose Feature 02:23 02:23
Solid Modeling - Example of Revovled Bose Feature - Section 02 02:32 02:32
Solid Modeling - Example of Revolved bose with cut 01:49 01:49
Solid Modeling - Swept Bose Feature 04:25 04:25
Solid Modeling - Swept Bose Feature - Types of Options 10:45 10:45
Solid Modeling - Swept Bose Feature - Guide curves 05:02 05:02
Solid Modeling - Swept Bose with swept cut feature 01:59 01:59
Solid Modeling - Swept Bose Featutre - Example 06:00 06:00
Reference geometry - planes 03:45 03:45
Reference geometry - Formation of plane using vertex 00:35 00:35
Reference geometry - Tangency plane 00:32 00:32
Solid Modeling - Lofted Bose feature 09:21 09:21
Solid Modeling - Lofted Bose - Center Line parameters 02:09 02:09
Solid Modeling - Lofted Bose - Center Line parameters - section 02 01:53 01:53
Solid Modeling - Lofted cut with Example 02:58 02:58
Solid Modeling - Lofter bose Example - Hypoid gear 06:03 06:03
Solid Modeling - Boundary bose Feature 03:47 03:47
Solid Modeling - Boundary cut feature 00:53 00:53
Solid Modeling - Hole wizard - Section 01 10:04 10:04
Solid Modeling - Hole wizard - Section 02 07:58 07:58
Solid Modeling - Hole wizard - Section 03 03:24 03:24
Solid Modeling - Theard feature - section 01 04:01 04:01
Solid Modeling - Theard feature - section 02 01:56 01:56
Solid Modeling - Fillet feature 06:00 06:00
Solid Modeling - Fillet feature - Section 02 05:13 05:13
Solid Modeling - Fillet feature - Section 03 02:20 02:20
Solid Modeling - Fillet feature - Section 04 01:32 01:32
Solid Modeling - Fillet - Example 06:57 06:57
Solid Modeling - Chamfer feature 02:19 02:19
Solid Modeling - Linear pattern 06:59 06:59
Solid Modeling - Circular pattern 03:26 03:26
Solid Modeling - Circular pattern Example 05:38 05:38
Solid Modeling - Curve driven pattern 02:04 02:04
Solid Modeling - Curve driven pattern - Section 02 02:24 02:24
Solid Modeling - Fill pattern 04:35 04:35
Solid Modeling - Fill pattern - Section 02 02:39 02:39
Solid Modeling - Table driven pattern 03:17 03:17
Solid Modeling - Sketch driven pattern 03:58 03:58
Solid Modeling - Variable pattern 05:27 05:27
: Solid Modeling - Shell Feature 05:24 05:24
Solid Modeling - Shell feature - Section 02 04:08 04:08
Solid Modeling - Draft Feature 06:06 06:06
Solid Modeling - Draft feature - Section 02 04:09 04:09
Solid Modeling - Wrap feature 04:59 04:59
Solid Modeling - Intersect feature 03:28 03:28
Solid Modeling - Mirror feature 03:14 03:14
Solid Modeling - Combine feature 05:05 05:05
Solid Modeling - Dome feature 02:40 02:40
Solid Modeling - Dome feature Example 04:41 04:41
Solid Modeling - Indent feature 04:52 04:52
Solid Modeling - Flex feature 07:17 07:17
Solid Modeling - Scale feature 03:22 03:22
Solid Modeling - Split feature 04:16 04:16
Solid Modeling - Move & copy bodies 09:00 09:00
Solid Modeling - Move & copy bodies - Example model 12:53 12:53
Solid Modeling - How to model piston 41:59 41:59
Solid Modeling - How to model Single plate clutch Flywheel 21:22 21:22
Solid Modeling - How to model Single plate clutch cover 27:29 27:29
Solid Modeling - How to model Single plate clutch driven shaft 15:31 15:31
Solid Modeling - How to model Single plate clutch Friction plate 27:34 27:34
3D Curves - Helix & spiral curve 04:19 04:19
3D Curves - Helix & spiral curve - section 02 01:39 01:39
3D Curves - Helix & spiral curve - section 03 01:39 01:39
3D Curves - Helix & spiral curve - section 04 03:34 03:34
3D Curves - Curves through XYZ point 02:15 02:15
3D Curves - Curves through reference point 01:02 01:02
3D Curves - Split line 02:59 02:59
3D Curves - Split line - other types 00:55 00:55
Surface Modeling - Extruded Surface 09:50 09:50
Surface Modeling - Extruded Surface - Draft 02:09 02:09
Surface Modeling - Revolved surface 09:18 09:18
Surface Modeling - Swept surface 07:01 07:01
Surface Modeling - Swept surface with guide curves 01:10 01:10
Surface Modeling - Lofted surface 10:48 10:48
Surface Modeling - Boundary surface 04:49 04:49
Surface Modeling - Boundary surface in aerofoil shape 00:58 00:58
Surface Modeling - Filled surface 03:47 03:47
Surface Modeling - Planar surface 03:27 03:27
Surface Modeling - Offset surface 04:18 04:18
Surface Modeling - Ruled surface 04:39 04:39
Surface Modeling - Ruled surface - Taper & perpendicular to vector 02:25 02:25
Surface Modeling - Ruled surface - Sweep 02:26 02:26
Surface Modeling - Delete face - Delete 01:31 01:31
Surface Modeling - Delete face - Delete & patch 00:41 00:41
: Surface Modeling - Delete face - Delete & fill 01:17 01:17
Surface Modeling - Replace face 01:31 01:31
Surface Modeling - Delete hole 00:56 00:56
Surface Modeling - Extend face 01:53 01:53
Surface Modeling - Trim surface 03:31 03:31
Surface Modeling - Trim surface types 01:46 01:46
Surface Modeling - untrim surface 01:07 01:07
Surface Modeling - untrim surface detail 01:47 01:47
Surface Modeling - Knit surface 05:35 05:35
Surface Modeling - Thicken 02:01 02:01
Surface Modeling - Cut with surface 02:30 02:30
Surface Modeling - 3D Curves - Composite & Project cuves 02:20 02:20
Surface Modeling - Rocking wheel chair - How to create a body 11:36 11:36
Surface Modeling - Rocking wheel chair - How to create Leg 13:11 13:11
Surface Modeling - Rocking wheel chair - How to use trim 03:37 03:37
Surface Modeling - Rocking wheel chair - How to create Backrest 08:15 08:15
Surface Modeling - Rocking wheel chair - final body 04:57 04:57
Surface Modeling - Patterned Water Bottle 27:59 27:59
Surface Modeling - Wooden chair - from sketch to surface 35:35 35:35
Surface Modeling - Wooden chair - For surface to solid 17:52 17:52
Surface Modeling - Egg shaped mouse 34:36 34:36
Sheetmetal Modeling - what is sheetmetal? 10:07 10:07
Sheetmetal Modeling - Types of cutting machine 01:42 01:42
Sheetmetal Modeling - Types of bending machine 02:03 02:03
Sheetmetal Modeling - Types of steel sheet 02:12 02:12
Sheetmetal Modeling - Sheetmetal from design to maufacturing 01:53 01:53
Sheetmetal Modeling - Difference of K-Factor, Bend allowance & Bend deduction 05:44 05:44
Sheetmetal Modeling - What is K-Factor 06:18 06:18
Sheetmetal Modeling - What is bend allowance 06:33 06:33
Sheetmetal Modeling - Practical relation of sheet metal 05:25 05:25
Sheetmetal Modeling - Base Flange + Edge Flange 08:09 08:09
Sheetmetal Modeling - Detail about Edge Flange 01:10 01:10
Sheetmetal Modeling - Edge Flange options 00:53 00:53
Sheetmetal Modeling - Miter Flange 01:17 01:17
Sheetmetal Modeling - Miter Flange - Relief 02:06 02:06
Sheetmetal Modeling - Brief of Hem 04:53 04:53
Sheetmetal Modeling - Sketched Bend 01:13 01:13
Sheetmetal Modeling - Cross-Break 00:42 00:42
Sheetmetal Modeling - Swept Flange 03:29 03:29
Sheetmetal Modeling - Corner: Break Corner 01:10 01:10
Sheetmetal Modeling - Corner: Break Corner - 02 00:29 00:29
Sheetmetal Modeling - Welded corner 01:26 01:26
Sheetmetal Modeling - Closed Corner 02:34 02:34
Sheetmetal Modeling - Corner Relief : Two bend corners 06:14 06:14
Sheetmetal Modeling - Corner Relief :Three bend corner 04:18 04:18
Sheetmetal Modeling - Sheetmetal Gusset 04:18 04:18
Sheetmetal Modeling - Extruded cut & simple hole 03:39 03:39
Sheetmetal Modeling - Brief of Vent 02:16 02:16
Sheetmetal Modeling - Forming tool 08:40 08:40
Sheetmetal Modeling - Lofted Bend - bent 07:28 07:28
Sheetmetal Modeling - Lofted Bend - Formed 02:49 02:49
Sheetmetal Modeling - Convert to sheet metal option 01:53 01:53
Sheetmetal Modeling - Converting sheet metal options 01:17 01:17
Sheetmetal Modeling - Converting sheet metal option - 03 03:02 03:02
Sheetmetal Modeling - About Fold & unfold option 02:09 02:09
Sheetmetal Modeling - Sheetmetal Examples - 01 22:25 22:25
Sheetmetal Modeling - Sheetmetal Examples - 02 32:11 32:11
Sheetmetal Modeling - Sheetmetal Examples - 03 26:18 26:18
Sheetmetal Modeling - Sheetmetal Examples - 04 11:02 11:02
Weldment Modeling - What is Weldment? 04:56 04:56
Weldment Modeling - Different techniques for creating weldments 05:23 05:23
Weldment Modeling - Extraction of weldment external model 05:23 05:23
Weldment Modeling - Structural member: Locate profiles 01:51 01:51
Weldment Modeling - Trim Extend: corner type 01 03:44 03:44
Weldment Modeling - Trim Extend: corner type 02 02:41 02:41
Weldment Modeling - End Cap 01:28 01:28
Weldment Modeling - Weldment Gusset 01:54 01:54
Weldment Modeling - Weld Bead 03:33 03:33
Weldment Modeling - Brief of weld bead 02:59 02:59
Weldment Modeling - Weldment - Examples - 01 16:04 16:04
Weldment Modeling - Weldment - Examples - 02 12:39 12:39
Weldment Modeling - Weldment - Examples - 03 26:12 26:12
Assembly - About Assembly 02:48 02:48
Assembly - Assembly in solidworks 04:34 04:34
Assembly - Standard mate: coincident 02:01 02:01
Assembly - Standard mate: parallel 01:52 01:52
Assembly - Standard mate: perpendicular 02:32 02:32
Assembly - Standard mate - concentric 03:20 03:20
Assembly - Standard mate - Fix mate 00:55 00:55
Assembly - Standard mate - Distance 01:59 01:59
Assembly - Standard mate - Tangency 01:35 01:35
Assembly - Standard mate - Angle mate 01:32 01:32
Assembly - Advance mate - Profile center 01:27 01:27
Assembly - Advance mate - Symmetric 01:29 01:29
Assembly - Advance mate - Width 01:05 01:05
Assembly - Advance mate - Linear mate 03:25 03:25
Assembly - Advance mate - Distance limit 02:41 02:41
Assembly - Advance mate - Angular limit 02:20 02:20
Assembly - Advance mate - path mate 03:45 03:45
Assembly - Mechanical mate - Cam 03:02 03:02
Assembly - Mechanical mate - Slot 01:50 01:50
Assembly - Mechanical mate - Screw 04:22 04:22
Assembly - Mechanical mate - Hinge 04:04 04:04
Hinge mate in detail 01:16 01:16
Assembly - Mechanical mate - Gear 07:02 07:02
Assembly - Mechanical mate - Universal joint 02:57 02:57
Mechanical mate - Universal joint in detail 01:48 01:48
Assembly - Mechanical mate - Rack & pinion 04:47 04:47
Assembly - Additional feature - Duplicate parts 00:38 00:38
Assembly - Additional feature - form sub assembly 01:40 01:40
Assembly - Additional feature - Open part 01:49 01:49
Assembly - Additional feature - Isolate 04:33 04:33
Assembly - Additional feature - Exploded view 04:14 04:14
Assembly - Additional feature - Bill of material 03:51 03:51
Assembly - Additional feature - Driven component pattern 01:53 01:53
Assembly - Additional feature - Linear component pattern 01:50 01:50
Assembly - Additional feature - Sketch Driven pattern 02:07 02:07
Assembly - Additional feature - Move & Rotate component 03:56 03:56
Assembly - Additional feature - Standard part 03:07 03:07
Assembly - Additional feature - Smart fastners 03:44 03:44
Assembly - Additional feature - Copy with mate 06:06 06:06
Assembly - Additional feature - Edit component 03:29 03:29
Assembly - Additional feature - Add material 01:45 01:45
Assembly - Additional feature - Top Down assembly 03:48 03:48
Assembly - Additional feature - New Part 02:01 02:01
Assembly - Evaluate - Interference Detection 01:56 01:56
Assembly - Evaluate - Clearance verification 02:52 02:52
Assembly - Evaluate - Hole alignment 01:50 01:50
Assembly - Evaluate - Assembly visualisation 03:35 03:35
Assembly - Evaluate - Assembly visualisation - 02 01:45 01:45
Assembly - Evaluate - Performance 00:50 00:50
Assembly - Evaluate - Mass properties 04:19 04:19
Assembly - Evaluate - Measure 02:50 02:50
Assembly - Evaluate - Section properties 04:00 04:00
Assembly - Evaluate - Body compare 06:02 06:02
Assembly - Evaluate - Curvature 01:30 01:30
Assembly - Evaluate - Sustainability 02:59 02:59
Assembly - Evaluate - Costing 06:28 06:28
Drafting - Import model 04:56 04:56
Drafting - Projected View 13:40 13:40
Drafting - Detail view 02:50 02:50
Drafting - Detail view in detail 02:51 02:51
Drafting - Standard views 00:56 00:56
Drafting - Section Views 09:05 09:05
Drafting - Broken out section 05:32 05:32
Drafting - Broken out section in Detail 03:14 03:14
Drafting - Crop view 00:58 00:58
Drafting - Crop view in Detail 01:39 01:39
Drafting - Replace model 00:57 00:57
Drafting - Annotations 18:29 18:29
Drafting - Ordinate Dimensions 03:26 03:26
Drafting - Pathlength Dimension 04:32 04:32
Drafting - Edit Sheet 01:51 01:51
Drafting - Angular Dimension 01:46 01:46
Drafting - Note & Pattern 09:09 09:09
Drafting - Balloons 07:06 07:06
Drafting - Layers 04:16 04:16
Drafting - Area Hatch & Fill 04:23 04:23
Drafting - Centerline 01:54 01:54
Drafting - Centermark 03:34 03:34
Drafting - Block 08:54 08:54
Drafting - Hole callout 03:58 03:58
Drafting - Alignment 05:11 05:11
Drafting GD&T - Geometric Tolerance 05:57 05:57
Drafting GD&T: Datum Feature 05:06 05:06
Drafting GD&T - Datum Target 02:44 02:44
Drafting GD&T - Weld symbol 08:22 08:22
Drafting GD&T - Surface finish 06:48 06:48
Drafting GD&T - Surface finish in detail 02:43 02:43
Drafting Table - General Table 04:27 04:27
Drafting Table - Hole Table 03:35 03:35
Drafting Table - Bill of Material 04:18 04:18
Drafting Table - Bill of Material configure 03:13 03:13
Drafting - Revision cloud 02:52 02:52
Drafting Table - Revision 02:09 02:09
Drafting Table - Revision in Detail 06:37 06:37
Drafting Table - Weld table 01:59 01:59
Drafting Table - Weldment cut list 01:05 01:05
Drafting Table - Bend table 02:08 02:08
Drafting Table - Punch table 02:14 02:14
Drafting Table - Punch table in detail 01:51 01:51

Solidworks 2025: Upgraded Course

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Course Preview

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Instructor Details

Vignesh Ganesan

As a CAD trainer with over five years of experience, I am passionate about guiding students in mastering design tools like SolidWorks and AutoCAD. I leverage my mechanical design expertise to provide practical, real-world examples that enhance learning and equip students with the skills necessary to excel in the field of engineering

Course Certificate

Use your certificate to make a career change or to advance in your current career.

Solidworks : A Complete Masterclass

Solidworks : A Complete Masterclass