Autodesk Fusion 360 Course Syllabus 

1. Fusion 360 Introduction & Interface Basics

• Overview of Autodesk Fusion 360 software
• User interface, navigation, and workspace setup
• Understanding cloud-based CAD/CAM workflows
• Fusion 360 installation and system requirements

2. Sketching Fundamentals & Parametric Design

• 2D sketching tools and constraints
• Dimensions and parametric modeling principles
• Fully constrained sketches for design accuracy
• Best practices for parametric CAD design

3. 3D Modeling in Fusion 360

• Solid modeling tools (Extrude, Revolve, Sweep, Loft)
• Feature-based modeling techniques
• Modifying and editing 3D models
• Design history and timeline management

4. Advanced Modeling Tools

• Surface modeling techniques
• T-Spline and form modeling
• Sheet metal design tools
• Plastic part design and advanced features

5. Assembly Design & Joint Creation

• Creating assemblies and components
• Joints, motion links, and mechanical relationships
• Top-down and bottom-up assembly workflows
• Interference detection and assembly analysis

6. Drawings & Technical Documentation

• Creating 2D drawings from 3D models
• Dimensions, tolerances, and annotations
• Title blocks and drawing standards
• Exporting drawings for manufacturing

7. Rendering & Visualization

• Applying materials and appearances
• Lighting, environments, and camera setup
• Photorealistic rendering techniques
• Product visualization and presentation

8. Animation in Fusion 360

• Exploded views and motion studies
• Animation timelines and camera paths
• Assembly animations for presentations
• Exporting animation videos

9. Simulation & Analysis (Intermediate Level)

• Stress, thermal, and modal analysis
• Static and dynamic simulations
• Mesh generation and refinement
• Interpreting simulation results

10. CAM & Manufacturing (Optional / Advanced)

• Introduction to Fusion 360 CAM workspace
• CNC milling and turning operations
• Toolpaths, post-processing, and G-code
• Design for manufacturing (DFM) principles