• Introduction
  • 1. Tutorials Template
  • 2. Week 1: Principles & Practices, Project Management
    • 2.1. Git Simple Cheat Sheet
    • 2.2. Git Extended Cheat Sheet
    • 2.3. Migrating Git Repository
    • 2.4. Setting up MkDocs
    • 2.5. HTML Basics
    • 2.6. Resources for learning HTML+CSS
    • 2.7. Git vs. Mercurial
    • 2.8. Templates/Resources
    • 2.9. Resize Images Gimp
  • 3. Week 2: Computer Aided Design
    • 3.1. MODS setup_linux
    • 3.2. 2D Modeling Tools and Video Tutorials
    • 3.3. 3D Modeling Tools and Video Tutorials
    • 3.4. Unwrap with Blender
    • 3.5. Antimony Tabs
    • 3.6. Antimony UI Drag Function Example
    • 3.7. Fusion 360 render
    • 3.8. Parametric Modeling of a Box Beam in Antimony
    • 3.9. Resources
  • 4. Week 3: Computer-Controlled Cutting
    • 4.1. Introduction to LaserCutter- Video
    • 4.2. Press-Fit Construction Tips/Resources
    • 4.3. Press-Fit Inkscape
    • 4.4. Vinyl Cutter
    • 4.5. Roland GX-24 VinylCutter
  • 5. Week 4: Electronics Production
    • 5.1. MODS
    • 5.2. FabTinyISP_english
    • 5.3. Fab ISP_english
    • 5.4. Use an Arduino UNO as an ISP to program your first FabISP
    • 5.5. SRM20 for PCB´S
    • 5.6. MDX20 for PCB´S
    • 5.7. PCB with a fiber laser cutter
    • 5.8. Flexible_PCB_windows_english
    • 5.9. Fab Isp-Other models
  • 6. Week 5: 3D scanning and printing
    • 6.1. Introduction to 3d scanning and printing- Video
    • 6.2. 3d scanning Tools and Video Tutorials
    • 6.3. Point Cloud to Mesh
  • 7. Week 6: Electronics Design
    • 7.1. Introduction to EAGLE
    • 7.2. EAGLE Workflow
    • 7.3. Why did we put a 20MHz crystal on the Hello FTDI?
    • 7.4. Eagle Resources
  • 8. Week 7: Computer-controlled machining
    • 8.1. Introduction to CNC- Video
    • 8.2. Guido to CNC A-Z
  • 9. Week 8: Embedded Programming
    • 9.1. What is Make and Makefiles
    • 9.2. Timing an AVR microcontroller
    • 9.3. ATtiny44 fuses
    • 9.4. ATtiny Using C
    • 9.5. ATtiny Using Arduino
  • 10. Week 9: Machine Building
    • 10.1. Getting Started With Gestalt Nodes
    • 10.2. Gestalt IDE with Python
    • 10.3. Machine/Gestalt Resources
    • 10.4. Using GRBL and Python
  • 11. Week 11: Input Devices
  • 12. Week 12: Molding and Casting
    • 12.1. Introduction to Molding and Casting- Video
    • 12.2. Molding and Casting - FabModules
    • 12.3. 3D Modelling for Molding and Casting
  • 13. Week 13: Output Devices
  • 14. Week 14 : Composites
  • 15. Week 15: Networking and communications
    • 15.1. ESP8266 Introduction
    • 15.2. Hello Serial Bus C
  • 16. Week 16: Interface and application Programming
    • 16.1. Resources for Processing
    • 16.2. Python
    • 16.3. Reading serial data with Python
    • 16.4. Pure Data - Arduino
    • 16.5. Python Web Serial Console
    • 16.6. Intro to wxPython
    • 16.7. Read Serial with Kivy(Python)
  • 17. Bonus:
    • 17.1. Fabbercise
    • 17.2. Tips and Tricks to Passing Fab Academy
    • 17.3. Repository Visualisation
    • 17.4. Setup MODS on linux
  • Published with GitBook

FabAcademy - Tutorials

A collection of Gestalt/Grbl and machine resources

  • A tested example using 3 nodes
  • Gestalt documentation, from the code

  • Grbl,what is

  • Getting Grbl
  • Grbl, from the code
  • Grbl in Arduino Ubuntu