ENGINEERING SKILLS FOR THE WORK THAT COMES NEXT

Mechanical Engineering

SOLIDWORKS — 3D Mechanical Design & Product Development

Parametric Design • Assemblies • Sheet Metal • Weldments • Engineering Drawings

Build comprehensive practical skills in SOLIDWORKS for mechanical product development, covering parametric part design, assemblies, surfaces, sheet metal, weldments, engineering drawings, visualization, and design-for-manufacturing concepts.

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RECORDED+LIVE+PROJECT
SOLIDWORKS — 3D Mechanical Design & Product Development

Course fee

₹21,000

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Trainer

Trainer to be announced

Trainer experience

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Rating

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Learners

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Duration

To be confirmed

Format

Recorded + Live + Project

Software covered

SOLIDWORKS

Level

To be confirmed

Free introduction

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FREE INTRODUCTION

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  • What the course teaches
  • Who should take it
  • Software covered
  • Trainer background
  • Course structure
  • Career relevance
  • Expected learning outcome

Course format

Recorded Lessons

Self-paced recorded engineering lessons.

Live Sessions

Scheduled sessions with the trainer.

Practical Project

A real-world engineering project or project-based assignment.

Career Development

Relevant career guidance where applicable.

Live training

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Learning outcome

Develop the practical ability to design parametric mechanical components, build assemblies, create sheet-metal and weldment designs, prepare professional engineering drawings, and apply basic design-for-manufacturing concepts using SOLIDWORKS.

Learning philosophy

Understand Design Intent → Create Parametric Parts → Build Assemblies → Develop Sheet Metal & Weldments → Prepare Engineering Drawings → Apply DFM Concepts → Develop a Complete Product

Course curriculum

Preview the full syllabus. Lessons unlock after enrollment.

Module 01 —Introduction
IntroductionFREE
Module 02 —Course Includes
Introduction to SOLIDWORKSCAD, CAM, CAE & PDM ConceptsDesign Intent & Parametric ModelingSketch Creation & ConstraintsSketch Editing & 3D SketchingPart Modeling — Core FeaturesAdvanced Part ModelingExtrude, Revolve, Sweep & LoftHoles, Fillets, Chamfers & PatternsMulti-Body DesignPart Evaluation & Mass PropertiesAssembly ModelingBottom-Up & Top-Down AssemblyAssembly Mates & Component ManagementAdvanced Assembly OperationsInterference & Collision DetectionExploded Views & BOMSurface ModelingSheet Metal DesignBend Allowance & K-FactorSheet-Metal Features & Flat PatternsWeldment DesignStructural Members & Weldment FeaturesGussets, End Caps & Weld BeadsWeldment Cut ListsEngineering Drawing CreationSection, Detail & Auxiliary ViewsDimensions & AnnotationsGeometric TolerancingWeld Symbols & Drawing DocumentationBOM & Drawing TablesModel Display & RenderingDesign for Manufacturing (DFM)SOLIDWORKS CostingPractical Exercises & Project Workbook
Live Training
Live Session 01Live Session 02
Practical Project
Final Project