Fusion360 and Eagle integration to design PCB

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Chapter 2: Introduction

Lecture 1: Download Autodesk Fusion360

Lecture 2: Fusion360 interface: schematic editor

Lecture 3: Fusion360 interface: Layout editor and 3D view

Lecture 4: Managed libraries in Eagle

Lecture 5: Managed libraries in Fusion360

Lecture 6: Create a managed libraries part 1

Lecture 7: Create a managed libraries part 2

Lecture 8: Create a managed libraries part 3

Lecture 9: Create a managed libraries part 4

Lecture 10: Why 3D view is so important?

Chapter 3: Move your electronics design to fusion360

Lecture 1: MCP1603 Buck circuit – Eagle design

Lecture 2: MCP1603 Buck circuit – link with fusion360

Lecture 3: MCP1603 Buck circuit – Import your design to Fusion360

Lecture 4: MCP1603 Buck circuit – ground polygon and 3D view

Lecture 5: MCP1603 Buck circuit – soldermask color

Lecture 6: Eagle & Fusion360 link and unlink designs

Lecture 7: Eagle & Fusion360 export your fusion360 design to Eagle

Lecture 8: Soldering and testing the board

Chapter 4: Let's take a look at Libraries in Fusion360

Lecture 1: Find your cad model for USB C connector on Eagle

Lecture 2: Edit your managed library in Fusion360

Lecture 3: Create your component using Fusion360 part 1

Lecture 4: Create your component using Fusion360 part 2

Lecture 5: Create your component using Fusion360 part 3

Lecture 6: Create your component using Fusion360 part 4

Lecture 7: Link and unlink libraries between Fusion360 and Eagle

Chapter 5: PCB project: USB to UART converter

Lecture 1: FTDI232 Schematic place component

Lecture 2: FTDI232 Schematic Connecting the components part 1

Lecture 3: FTDI232 Schematic Connecting the components part 2 – USB type C

Lecture 4: Finish the Schematic design

Lecture 5: Arrange the board

Lecture 6: Routing the board part 1

Lecture 7: Routing the board part 2

Lecture 8: Add a polygon and run DRC

Lecture 9: Finishing the Board and 3D View

Lecture 10: Things you need to do

Lecture 11: Change PCB solder mask color

Lecture 12: Soldering and test our PCB design

Chapter 6: Design Plastic enclosure for USB to UART converter PCB

Lecture 1: Enclosure design Part 1 – create 2D sketch

Lecture 2: Enclosure design Part 2 – create 3D body

Lecture 3: Enclosure design Part 3 – opening a cut for USB & pin header

Lecture 4: Enclosure design Part 4 – reduce the USB wall thickness

Lecture 5: Enclosure design Part 5 – Holes and threads

Lecture 6: Enclosure design Part 6 – Lid 2D sketch & 3D design

Lecture 7: Enclosure design Part 7 – Joint feature

Lecture 8: Enclosure design Part 8 – Export our design for 3D printing

Lecture 9: 3D printing and assembly

Chapter 7: Knight rider USB LED Stick project

Lecture 1: Knight rider project Part 1 – Bottom component 2D sketch

Lecture 2: Knight rider project Part 2 – Bottom component 3D design

Lecture 3: Knight rider project Part 3 – holes and threads

Lecture 4: Knight rider project Part 4 – Lid body 2D sketch

Lecture 5: Knight rider project Part 5 – Lid body 3D design

Lecture 6: Knight rider project Part 6 – Finish the Lid design and export STL files

Lecture 7: 3D printing, PCB soldering and assembly