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FutureBots Academy
CAD Technology

Autodesk Fusion 360
Course

Ready to stop just dreaming up ideas and start physically building them? Our Autodesk Fusion 360 course is specifically designed to take the intimidation out of powerful engineering software. We skip the dense, dry textbook theory and dive straight into engaging, practical projects. By the end of this course, you will comfortably navigate the interface, manage complex assemblies, and confidently export error-free designs for 3D printing or machining.

Learn to create flexible, editable 3D models that adapt effortlessly to design changes.

Gain the exact skills needed to design, test, and export flawless parts for 3D printing or CNC machining.

Master structural constraints and assemblies to ensure your custom parts fit perfectly every time.

✦ Course Content

Step-by-step approach

This course offers a structured, step-by-step framework that bridges the gap between digital 3D design and physical manufacturing, ensuring you master the exact techniques required to deliver high-quality, print-ready models.

Module 1: Getting Started

● Introduction to the Fusion 360 interface and cloud data panel
● Setting up design units, preferences, and grids for additive manufacturing
● Essential viewport navigation, display settings, and workspace orientation

Module 2: 3D Modeling Fundamentals

● The parametric 2D sketching workflow (Lines, Circles, Rectangles)
● Applying geometric constraints and driving dimensions
● Creating primary 3D features: Extrude and Revolve Using Pick-and-Place tools: Fillets, Chamfers, and engineering Holes

Module 3: Modeling for 3D Printing

● Designing with additive manufacturing constraints in mind (overhangs, bridging, and support minimization)
● Incorporating 3D printing tolerances and clearances for interlocking parts Utilizing thin-wall optimization tools (Shell, Ribs, and Webs)
● Exporting clean mesh geometry (.STL / .3MF) with optimized refinement settings

Module 4: Parametric Product Modeling

● Introduction to the User Parameters and Model Parameters tables
● Driving 3D models dynamically using mathematical equations and variables
● Creating flexible, scalable enclosures and functional prints that resize without errors

Module 5: Final Project, Remaining Features + Conclusion

● Cap-Stone Project: Step-by-step design of a functional, multi-part 3D printable assembly
● Advanced tools overview: Sweeps, Lofts, and Direct Modeling adjustments
● Validating internal clearances using Section Analysis and Measure tools Final design review, preparation for the slicer engine, and course wrap-up

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