Programme Fabacademy détaillé

1. Principles and Practices

2. Project Management
   

   synchronization
      rsync
      unison
   
   version control
      RCS
      CVS
      Subversion
      Bazaar
      Mercurial Bitbucket
      Git Git Cola GitHub GitLab class archive
      Dropbox ownCloud
   
   Web development
      file:// http-server NGINX Apache
      W3C HTML CSS HTML5 templates
      view source
      (g)vim emacs
      Atom VS Code Sublime Geany Brackets
      Eclipse Visual Studio
      loweb SeaMonkey Dreamweaver
      JavaScript Bootstrap jQuery
      Markdown Markserv Strapdown.js Pandoc Hugo Jekyll VuePress MkDocs
      CI/CD YAML
      CGI, PHP, security
   
   blogs, wikis, documentation, content management systems
      GitBook
      DokuWiki
      TiddlyWiki
      Hatta-Wiki
      MoinMoin
      GetSimple
      Moveable Type
      WordPress
      Drupal
      Moodle
      security
   
   collaboration
      Slack
      Mattermost
   
   videoconference
      protocols
         H.323 SIP H.239
      codecs
         H.261 H.263 H.264
      Multipoint Control Unit (MCU)
         hardware software cloud
      clients
         software
            Spark RealPresence Ekiga Linphone
         hardware
            Polycom LifeSize speakerphone webcam
      WebRTC Jitsi
      OBS Studio
   
   remote desktop
      Remmina xrdp
      TightVNC x11vnc
      Vinagre vncviewer
      noVNC
   
   cloud computing
      AWS EC2
      Google Compute Engine
      Digital Ocean
      Linode
      Heroku
   
   project management programs
      TaskJuggler OpenProj GanttProject
      Trello Taiga GitLab
   
   project management principles
      demand- vs supply-side time management
      triage
      serial vs parallel development
      spiral development
      bottom-up vs top-down debugging
      hierarchy, modularity
      document as you work
      Mythical Man-Month
   
   assignment
      work through a git tutorial
      build a personal site in the class archive describing you and your final project
         example example example

3. Computer-Aided Design

4. Computer-Controlled Cutting

5. Electronics Production

6. Computer-Controlled Machining

7. Electronics Design

8.  Molding and Casting

9. Composites 

10. Embedded Programming 

11. 3d Scanning and Printing

12. Input Devices

13. Interface and Application Programming

14. Mechanical Design

15. Output Devices

16. Networking and Communications

17. Machine Design

18. Applications and Implications

19. Project Development

20.  

    Invention, Intellectual Property, and Income