Smart Design With Freecad

FreeCAD for Engineers

What you'll learn

How to use FreeCAD tools and interface

Create parametric 3D models and technical drawings

Work with BIM and FEM analysis tools

Use Python and ChatGPT to automate tasks in FreeCAD

Requirements

No prior CAD experience required – this course starts from the basics

Description

FreeCAD is a free and open-source 3D modeling software designed for engineers, designers, and makers. It’s used to create parametric models, 2D drawings, and 3D parts for real-world engineering projects, including product design, architecture (BIM), and simulation (FEM).Unlike basic drawing tools, FreeCAD lets you modify designs easily by changing parameters, and it supports Python scripting for automation. It’s a powerful alternative to expensive CAD tools like SolidWorks or AutoCAD — and it’s completely free!Unlock the full potential of FreeCAD with this comprehensive course designed for engineers, designers, and makers. Whether you're a beginner or looking to level up, this course covers everything from parametric modeling and 2D drafting to product design for 3D printing, BIM workflows, and FEM analysis. You'll also explore the power of Python scripting and how to use ChatGPT to automate tasks, generate macros, and enhance productivity within FreeCAD. With real-world projects and hands-on learning, you'll gain the practical skills to design smarter and faster.Learn FreeCAD from scratch in this beginner-friendly course designed for engineers, students, and anyone interested in 3D design. No prior experience needed!You’ll start with the basics of FreeCAD, then move on to creating 3D models, 2D drawings, product designs for 3D printing, and even run simulations. You'll also learn to automate tasks using Python and ChatGPT inside FreeCAD. Who Can JoinEngineering students (Mechanical, Civil, etc.)Product designers and makers3D printing enthusiastsAnyone curious about CAD or design tools What You Will LearnHow to use FreeCAD tools and interfaceCreate parametric 3D models and technical drawingsDesign for 3D printing and generate G-codeWork with BIM and FEM analysis toolsUse Python and ChatGPT to automate tasks in FreeCAD

Overview

Section 1: Introduction to FreeCAD

Lecture 1 What is FreeCAD?

Lecture 2 Discovering FreeCAD Capabilities

Lecture 3 Perametric Design

Lecture 4 Installation

Lecture 5 Customizing Preferences and Add-ons

Section 2: Interface and Navigation

Lecture 6 Overview of Workbenches

Lecture 7 Exploring the Interface

Lecture 8 Customizing the Interface Layout

Lecture 9 Understanding 3D Space in FreeCAD

Lecture 10 Navigating the 3D View

Lecture 11 Selecting and Manipulating Objects

Section 3: Working with FreeCAD

Lecture 12 Introduction to Parametric Design

Lecture 13 Importing Various Filetypes

Lecture 14 Exporting Models and Drawings

Lecture 15 Overview of All Workbenches

Lecture 16 Traditional 3D Modelling Techniques

Lecture 17 Creating 2D Drafts in FreeCAD

Section 4: Product Design and 3D Printing

Lecture 18 Modeling Techniques for Product Design

Lecture 19 Preparing Files for 3D Printing

Lecture 20 Exporting to Slicer Tools

Lecture 21 Mesh Conversion Techniques

Lecture 22 Using Cura & Slicer Add-ons

Lecture 23 G-code Generation for 3D Printers

Section 5: BIM and FEM Analysis

Lecture 24 Creating Technical 2D Drawings

Lecture 25 BIM Modeling Workflows

Lecture 26 Integrating Spreadsheets

Lecture 27 Reading/Writing Object Properties

Lecture 28 FEM Simulation & Analysis

Lecture 29 Rendering Projects for Presentation

Section 6: Python and Other Features

Lecture 30 Introduction to Python in FreeCAD

Lecture 31 Creating and Modifying FreeCAD Objects via Code

Lecture 32 Working with Vectors and Placements

Lecture 33 Geometry Creation with Python

Lecture 34 Designing Parametric Objects via Script

Lecture 35 Building Custom Interface Tools

Section 7: ChatGPT for FreeCAD (Optional)

Lecture 36 Generating Python Macros using ChatGPT

Lecture 37 Workbench Learning via AI

Lecture 38 Assisting with FEM Simulations

Lecture 39 Add-on and GUI Development Help

Lecture 40 Workflow Automation using Prompts

Lecture 41 Explaining and Debugging Code with ChatGPT

Section 8: Working Projects – Part 1

Lecture 42 Project 1: Beginner-level Modeling

Lecture 43 Project 2: Intermediate Parametric Design

Section 9: Working Projects – Part 2

Lecture 44 Project 3: 3D Printing Application

Lecture 45 Project 4: BIM-Integrated Design

Section 10: Working Projects – Part 3

Lecture 46 Project 5: FEM Analysis and Scripting Integration Part-1

Lecture 47 Project 5: FEM Analysis and Scripting Integration Part-2

Engineering students (Mechanical, Civil, etc.),Product designers and makers,3D printing enthusiasts,Anyone curious about CAD or design tools