A simple, beginner-friendly path to creating and 3D printing your first model
How This Course Works
This course is split into two simple sections:
1. Design Your First Model
You’ll learn how to create a basic 3D model step-by-step using Autodesk Fusion.
2. Prepare It for 3D Printing
You’ll take a model into Bambu Studio and learn how to get it ready for a successful print.
Only Takes about 90 Minutes to Complete Both Sections
You can go through the sections in order, or start with whichever section interests you most.
Only want to 3D print your downloaded prints? Skip section 1 and go straight to Section 2.
Stop jumping between random tutorials and follow a clear path from 3D model to print.
Your Quick Start Guide to 3D Printing
If you’ve ever wanted to design your own 3D models and actually bring them to life with a 3D printer, this course will show you how.
You’ll get a hands-on introduction to both:
- 3D design using Autodesk Fusion
- Preparing a model for 3D printing using Bambu Studio
No prior experience required.
Start building your first 3D model today
Who This is For
This course is for you if:
- You’re completely new to 3D design or 3D printing
- You have a 3D printer (or plan to get one)
- You want a clear, structured path instead of random tutorials
What You’ll Learn
By the end of this mini course, you will:
- Understand the basics of creating a 3D model in Autodesk Fusion
- Learn how to navigate the interface and use essential tools
- Import a model into a slicer and prepare it for printing
- Understand key concepts like orientation, supports, and slicing
- See how the full workflow comes together from design to print
What This Course Is Not
This is a quick-start course, not a complete deep dive.
The goal is to:
- give you a solid foundation
- help you get your first win
- show you how the full process works
What Students Say About My Teaching
“This course finally helped me see the big picture in Fusion 360. Instead of disjointed tutorials, it gave me a solid foundation to build real designs with confidence.” - Tom
“Clear, informative, and engaging—even for someone over 70. This course made learning and experimenting with design enjoyable and accessible.” - Roy“
After years of self-teaching from YouTube and other platforms, this course helped me truly understand and refine my Fusion 360 skills. It’s taught with a real maker’s mindset.” - Verone“
Even as a non-beginner, I picked up important tips and techniques I hadn’t seen before. The teaching style is clear and effective.” - Robert
“I learned so many useful techniques I would never have figured out on my own. Highly practical and well taught.” - Jackie
“Exactly what I needed to gain a better understanding of Fusion 360.” - Dean
Course Curriculum
- 1.1 Welcome (1:10)
- 1.2 Download Autodesk Fusion (2:13)
- 1.3 Mac vs PC (0:37)
- 1.4 Choose Part Design (0:52)
- 1.5 Fusion User Interface (6:56)
- 1.6 Thinking in 3D (2:35)
- 1.7 Set Up Fusion: Units and Preferences (3:09)
- 1.8 Overview of 2D Design and Creating 3D Shapes (5:40)
- 1.9 Navigation (1:52)
- 1.10 Managing Editable Designs with the Free License (6:54)
- 1.11 Making Changes with the Timeline (2:50)
- 1.10 Sketch the House Profile (4:41)
- 1.12 Add a Door and Front Windows (6:38)
- 1.13 Mirror Features to Back Wall (3:34)
- 1.14 Add Side Door & Windows (5:30)
- 1.15 Mirror Side Features to Opposite Wall (1:33)
- 1.16 Save Your Design Into a Project (1:15)
- Congratulations on Completing the Design Section (0:45)
Meet Your Instructor
Vladimir has taught thousands of students how to create their own 3D models in Autodesk Fusion through his popular online courses and educational content.
He previously led the creation and operation of a college makerspace, where he spent seven years building the program and teaching students how to turn their designs into real objects through 3D printing, laser cutting, and CNC milling. He is also a co-founder of a community makerspace and continues to be actively involved in maker education.
His work has been featured by Adafruit, Thingiverse, Hackaday, Makezine, Instructables, Shapeways, and Autodesk.