Module 1 – Introduction to Fusion 360

• Introduction to Autodesk Fusion 360
• Fusion 360 interface and workspace
• Cloud-based CAD/CAM platform
• Navigation and view controls
• Basic design workflow
• Design file and project management

Module 2 – Sketching Fundamentals

• Creating and managing sketches
• Sketch environment
• Lines, circles, arcs and rectangles
• Geometric constraints
• Dimensional constraints
• Fully constrained sketches

Module 3 – 2D Sketch Design

• Advanced sketching tools
• Construction geometry
• Trim and extend
• Offset and mirror
• Patterning sketch elements
• Practical 2D sketch exercises

Module 4 – 3D Part Modeling

• Creating 3D solid models
• Extrude and Revolve
• Sweep and Loft
• Hole and Thread features
• Fillet and Chamfer
• Basic parametric modeling

Module 5 – Advanced Parametric Modeling

• Design history and timeline
• Parameters and dimensions
• Feature editing
• Pattern features
• Mirror features
• Design intent and model flexibility

Module 6 – Surface Modeling

• Introduction to surface modeling
• Creating surface features
• Patch and Offset
• Lofted surfaces
• Surface trimming
• Surface-to-solid conversion

Module 7 – Assembly Design

• Introduction to assemblies
• Components and bodies
• Component positioning
• Joints and motion relationships
• Assembly constraints
• Basic assembly management

Module 8 – Advanced Assembly & Motion

• Revolute joints
• Slider joints
• Rigid joints
• Motion relationships
• Assembly movement simulation
• Interference and component checking

Module 9 – Sheet Metal Design

• Sheet metal workspace
• Sheet metal rules
• Creating flanges
• Bends and folds
• Flat pattern generation
• Sheet metal component design

Module 10 – Engineering Drawing & Documentation

• Creating technical drawings
• Drawing views
• Section and detail views
• Dimensions and annotations
• Parts lists and balloons
• Drawing templates and documentation

Module 11 – Materials & Appearance

• Assigning physical materials
• Material properties
• Appearance settings
• Colors and textures
• Realistic visualization
• Material-based design presentation

Module 12 – Rendering & Visualization

• Introduction to Fusion 360 rendering
• Camera positioning
• Lighting concepts
• Environment settings
• Realistic product visualization
• Rendering design concepts

Module 13 – Product Design & Development

• Product design workflow
• Concept development
• Design modification
• Ergonomic product modeling
• Prototype-oriented design
• Design review and improvement

Module 14 – Generative Design Concepts

• Introduction to generative design
• Design objectives
• Manufacturing constraints
• Material and load considerations
• Generative design workflow
• Design evaluation concepts

Module 15 – CAM & Manufacturing Fundamentals

• Introduction to Fusion 360 CAM
• Manufacturing workspace
• CNC machining concepts
• Tool selection
• Stock setup
• Manufacturing workflow

Module 16 – CNC Toolpath & Machining

• 2D machining operations
• Facing and pocketing
• Contour machining
• Drilling operations
• 3D machining concepts
• Toolpath simulation

Module 17 – CNC Programming & Post-Processing

• CNC toolpath verification
• Machine configuration
• Post-processing concepts
• G-code fundamentals
• CNC program generation
• Machining safety considerations

Module 18 – 3D Printing & Additive Manufacturing

• Introduction to additive manufacturing
• Preparing models for 3D printing
• STL and mesh concepts
• Print orientation
• Manufacturing considerations
• Prototype development

Module 19 – Practical Fusion 360 Projects

• Mechanical component modeling
• Product enclosure design
• Sheet metal component
• Multi-component assembly
• CNC machining project
• 3D printing prototype
• Technical drawing preparation

Module 20 – Final Fusion 360 Project

• Complete product design workflow
• Concept development
• 3D modeling
• Assembly creation
• Technical documentation
• Manufacturing preparation
• Final project presentation