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Autodesk Fusion 360 Complete Beginners Guide by Christopher Richardson
Master Autodesk Fusion 360 from scratch to create detailed 3D models, assemblies, and 2D technical drawings for 3D printing and engineering.
Ready to dive into the world of 3D mechanical design? This course is your express ticket to becoming proficient with Autodesk Fusion 360, a powerful tool used by engineers and designers worldwide. You’ll go from zero to creating your own parts, assemblies, and even professional 2D drawings, perfect for 3D printing or manufacturing.
🎯 What you’ll learn
Master Sketching tools to build precise 2D geometries.
Transform sketches into 3D Models using a variety of tools.
Create detailed 2D Engineering Drawings for blueprints.
Learn essential Edits, Modifications & Customization for high-standard designs.
Explore 3D Visualization, including rendering and materials.
Prepare models by Exporting STL files for 3D printing.
✅ Requirements
Tools: Autodesk Fusion 360 Software (Any version recommended, full versions preferred over LT/Free for full tool access).
Skills: No prior knowledge needed, just a willingness to learn.
📝 Description
This course is your comprehensive guide to mastering Autodesk Fusion 360, designed specifically for beginners. You’ll navigate the software’s interface with ease, learn to create precise sketches, and build complex 3D assemblies. The curriculum is structured logically, building your skills step-by-step. A major focus is on preparing your designs for 3D printing, ensuring you can take your creations from digital model to physical object. Throughout the course, you’ll tackle practical examples and assignments to solidify your understanding and build a strong portfolio.
🧑🎓 Who this course is for
Anyone new to Autodesk Fusion 360 looking to learn 3D mechanical design.
3D Printing enthusiasts wanting to design their own models.
Engineering students needing to develop CAD skills.
Professionals aiming to expand their 3D CAD toolkit.
Individuals passionate about Engineering Design and creation.
Professional Engineers and Draftsmen looking to upskill.
🧑🏫 About the Author
Christopher Richardson is an experienced Automotive Engineer with a specialization in military vehicle modifications. He brings over 15 years of professional design experience, with expert knowledge in various CAD software including Autodesk Inventor, Solidworks, Fusion 360, Siemens NX, and CATIA. Chris is passionate about sharing his knowledge, teaching CAD to students and professionals globally, and believes 3D printing is invaluable for prototyping and design validation.
🏁 Final Result
You’ll have a portfolio of completed 3D models, assemblies, and 2D technical drawings, ready to showcase your Fusion 360 skills.
You’ll be confident in designing and preparing models for 3D printing applications.
Curriculum
📋 Course content
Course Introduction
Course Introduction8:13
Downloading Autodesk Fusion4:31
User Interface1:50
Create your First Project2:16
Year 2026 UPDATE: Design Files4:12
Design Files & User Interface1:46
Setting Units, Grid + Environment Settings6:34
Sketching
Planes, Lines & Dimensions9:46
Rectangle Tools6:02
Circle Tools4:35
Arc Tools4:53
Slot Tools4:59
Polygons Tools4:09
Fillet & Chamfer Tools6:46
Text Tools4:22
Modification Tools9:43
Pattern Tools (Rectangular, Circular, Mirror)9:35
Dimensions & Constraints19:02
Construction Lines & Measurement Tools6:09
Sketch Assignment 16:42
Sketch Assignment 25:01
Sketch Assignment 35:09
3D Modelling
Extrude & Extrude Cut13:05
The Viewcube4:50
Revolve Modelling Tool6:13
Sweep Tool9:48
Engraving/ Embossing Bodies4:36
Adding Planes10:56
Extruding & Revolving to Objects2:34
Fillet & Chamfer8:23
The Shell Command5:31
The Hole Command (Threads, C/Bore, etc.)10:27
Applying Threads4:30
The Projection Tool6:20
Assigning Materials & Appearances6:35
Adding a Decal/ Image4:11
Rendering in Fusion9:11
Part Properties (Mass, Volume, Density etc.)2:07
How to Cross Section View2:47
Export for 3D Printing2:09
Modelling Assignment 112:07
Modelling Assignment 29:10
Modelling Assignment 38:38
Assemblies
Part 1: Baseplate6:13
Part 2: Bracket Arms5:38
Part 3: Pin3:51
Part 4: Pulley5:33
Placing & Position of Parts6:31
Using Joints in Fusion8:24
Adding Parts from Fusions Content Library5:44
Cross-Section Views – Assemblies1:40
Component/ Body Visibility & Transparency3:04
Patterning Assemblies2:40
Editing Existing Assemblies3:27
Project: Workbench Assembly
Modelling the Table Top & Lower Shelf5:29
Modelling the Legs0:56
Modelling the Aprons1:46
Modelling the Braces1:41
Assembly of the Workbench10:26
Project: Phone Stand Assembly
Modelling the Phone Stand10:51
Modelling a Generic SmartPhone22:47
Assembly of the Phone & Stand2:33
Export to STL file2:12
2D Engineering Drawings
Create a 2D Technical Drawing7:27
Customizing the Title Block15:31
Switch Between 1st & 3rd Angle Projections2:57
Base Views, Projected Views, Section Views, Detailed Views8:32
View Styles, Labels & Leaders5:12
Adding Dimensions & Editing DWG Preferences8:50
Adding Tolerances2:11
Adding Parts Lists & Ballons5:54
Example 2D Engineering Drawing – Bearing Block Assembly19:45
Advanced Modelling Techniques
Coil Command – Modelling Springs3:42
Loft Command – Loft Modelling12:50
How to Split Bodies2:25
Condensed Summary of Fusion 36031:23
Project Examples
Flange + Piping17:17
Door Hinge10:03
Elbow Pipe Bend7:38
Flange Coupling Assembly8:49
Paperclip – Sweep3:09
3D Printed – Mug Coaster & Holder12:09
3D Printed – Super Mario Stationary Holder15:29
Wall Mounted Hook8:00
3D Modelling Exam 117:00
3D Modelling Exam 28:17
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Autodesk Fusion 360 Complete Beginners Guide by Christopher Richardson