Course Information
Course Overview
Learning OpenSCAD for 3D Modelling: Your First Steps into Code-Based Design
Stop clicking & dragging. Start designing with code. Master the core principles of OpenSCAD to create precise, customizable, and reusable 3D models from scratch.
Why Learn OpenSCad?
Tired of the limitations of visual, click-and-drag 3D modeling? OpenSCAD is different. It's a programmer's solid 3D CAD modeler, where your design is defined by code. This gives you:
Ultimate Precision & Control: Create models with exact dimensions and perfect alignments.
Easy Customization: Change a variable to resize a part, instantly.
Design Reusability: Build libraries of parts and functions to use across projects.
This course is your structured and frustration-free entry point into this powerful world. We break down the concepts step-by-step, ensuring you build a rock-solid foundation.
By the end of this course, you will confidently:
Understand the OpenSCAD Interface & Workflow.
Write code to create and combine 3D primitives (cubes, spheres, cylinders).
Use transformations (translate, rotate, scale) to position objects precisely.
Apply programming logic like variables, loops (for), and conditionals (if) to automate designs.
Create your first custom, parameterized modules – the building blocks of complex models.
Export your models for 3D printing or further use.
Your Path to Becoming an OpenSCAD Expert
This course is Part 1 of a two-part mastery series designed to take you from absolute beginner to proficient practitioner.
Part 1 (This Course: The Foundation): You are here. Build the essential skills—syntax, logic, and basic modular design. This is your indispensable starting point.
Part 2 (The Natural Next Step): In the sequel course, "Mastering OpenSCAD in 10 Projects", you will apply these fundamentals to build complex, real-world projects like gear systems and parametric furniture, transforming your skills from basic to professional.
Complete this foundation first. Then, take on advanced challenges and build an impressive portfolio in the next course.
Course Curriculum: A Structured Learning Journey
Section 1: Welcome & Setup – Install OpenSCAD and tour the interface.
Section 2: Your First Lines of Code – Create 2D shapes and extrude them into 3D.
Section 3: Core 3D Primitives & Transformations – Master cubes, spheres, cylinders and how to move them.
Section 4: Boolean Operations - The Heart of CAD – Use union(), difference(), and intersection() to combine shapes.
Section 5: Introducing Programming Logic – Automate designs with variables, loops, and conditionals.
Section 6: Creating Reusable Modules – Define your own parts and functions, the key to efficient design.
Section 7: Final Project & Next Steps – Combine all skills in a capstone project and prepare for advanced learning.
Who This Course Is For:
Absolute Beginners to OpenSCAD and code-based CAD.
3D Printing Enthusiasts who want more control over their designs.
Makers, Engineers, and Hobbyists interested in a logical, precise approach to 3D modeling.
Programmers curious about applying their skills to tangible design.
No prior experience in OpenSCAD or advanced programming is required. All you need is a willingness to learn a new, powerful way to create.
(Instructor Note)
As your instructor, my goal is to demystify code-based design. I provide clear explanations, practical examples, and hands-on exercises to ensure you not only follow along but truly understand the concepts. Let's build your first model!
Course Content
- 10 section(s)
- 37 lecture(s)
- Section 1 Opening, Introduction and Initialization
- Section 2 OpenSCAD Tutorial - Chapter 1
- Section 3 OpenSCAD Tutorial - Chapter 2
- Section 4 OpenSCAD Tutorial - Chapter 3
- Section 5 OpenSCAD Tutorial - Chapter 4
- Section 6 OpenSCAD Tutorial - Chapter 5
- Section 7 OpenSCAD Tutorial - Chapter 6
- Section 8 OpenSCAD Tutorial - Chapter 7
- Section 9 OpenSCAD Tutorial - Chapter 8
- Section 10 OpenSCAD Tutorial - Chapter 9
What You’ll Learn
- Get to know and familiar OpenSCAD software, Understand and grasp the key programming approach for 3D modeling, Learn by practicing of building 3D model via programming/coding, Able to build variable 2D/3D shapes through following the hands-on demo, Well prepared for further 3D modeling and 3D printing field
Skills covered in this course
Reviews
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XXuan Shi
Coming from a background in web development, I always found traditional 3D modeling software like Fusion 360 or Blender a bit frustrating—I hated clicking and dragging through endless menus. This course was a revelation because it taught me that 3D modeling can be handled exactly like code. What I Loved: - The Logic-First Approach: The instructor doesn't just show you how to make a box; they show you how to define a box using variables. This means if I decide my project needs to be 5mm wider later on, I change one variable instead of redrawing the whole thing. - Clear Modularization: I learned how to create "modules" (similar to functions in programming). Now I have a library of my own parts that I can drop into any new project. - 3D Printing Focus: The course specifically addresses how to ensure your code results in a "watertight" mesh that won't fail when you send it to a 3D printer. If you prefer a keyboard over a mouse and want to create functional, precise parts for engineering or hobbyist projects, stop looking at other CAD courses. This is the one. It turned 3D design from a chore into a logical puzzle that I actually enjoy solving.