Fabacademy: Difference between revisions
Jump to navigation
Jump to search
No edit summary |
No edit summary |
||
(27 intermediate revisions by 6 users not shown) | |||
Line 1: | Line 1: | ||
Participants in Fab Academy 2009 | [[Image:Fab academy logo.png]] | ||
[[Image:2009 09 23 058.JPG|right|thumb|400 px|Fab Academy students in Vestmannaeyjar 2009]] | |||
Participants in Fab Academy 2011 in Vestmannaeyjar, Iceland | |||
* [[User: Frosti|Frosti Gíslason, Fab Lab manager]] | |||
* [[User:sighvatur|Sighvatur Jónsson]] | |||
* [[User:Olielar|Ólafur Lárusson]] | |||
* [[User: sammi|Samúel Sveinn Bjarnason]] | |||
* [[User:Erwin|Erwin Vos]] | |||
Participants in Fab Academy 2009-2010 in Vestmannaeyjar, Iceland | |||
* [[User: Frosti|Frosti Gíslason]] | |||
* [[User: Gísli|Gísli Matthías Sigmarsson]] | |||
* [[User:Sathorvido|Sæþór Vídó Þorbjarnarson]] | |||
* [[User:Unnar|Unnar K.Erlingsson]] | |||
In some courses | |||
* [[User: Haukur|Haukur Sölvason]] | |||
* [[Jan Gunster]] | |||
* [[User:Logi616|Logi Kristjánsson]] | |||
* [[User:Floventmani|Flóvent Máni Theodórsson]] | * [[User:Floventmani|Flóvent Máni Theodórsson]] | ||
* [[Arnar Smári Gústafsson]] | * [[Arnar Smári Gústafsson]] | ||
* [[User:Gretaro|Grétar Ómarsson]] | * [[User:Gretaro|Grétar Ómarsson]] | ||
* [[Stefán Gíslason]] | * [[Stefán Gíslason]] | ||
==Colaborative project == | |||
* [http://fab.cba.mit.edu/academy/classes/digital_fabrication/ | *[[Fabacademy/machine making]] | ||
* [http://fab.cba.mit.edu/academy/classes/cutting/ | |||
== Classes == | |||
* [http://fab.cba.mit.edu/academy/classes/digital_fabrication/ digital fabrication principles and practices] | |||
* [http://fab.cba.mit.edu/academy/classes/cad_cam_cae/ computer-aided design, manufacturing, and modeling] | |||
* [http://fab.cba.mit.edu/academy/classes/computer_cutting/ computer-controlled cutting] | |||
* [http://fab.cba.mit.edu/academy/classes/electronics_design_production/ electronics design and production] | |||
* [http://fab.cba.mit.edu/academy/classes/computer_machining/ computer-controlled machining] | |||
* [http://fab.cba.mit.edu/academy/classes/embedded_programming/ embedded programming] | |||
* [http://fab.cba.mit.edu/academy/classes/molding_casting/ Molding and Casting] | |||
* [http://fab.cba.mit.edu/academy/classes/project_management/ Collaborative Technical Development, Documentation and Project Management] | |||
* [http://fab.cba.mit.edu/academy/classes/scan_print/ 3D Scanning and Printing] | |||
* [http://fab.cba.mit.edu/academy/classes/sensors_actuators_displays/ Sensors, Actuators, and Displays] | |||
* [http://fab.cba.mit.edu/academy/classes/interface_application_programming/ Interface and Application Programming] | |||
* [http://fab.cba.mit.edu/academy/classes/embedded_networking_communications/ Embedded Networking and Communications] | |||
* [http://fab.cba.mit.edu/academy/classes/machine_design/ machine design] | |||
* [http://fab.cba.mit.edu/academy/classes/interface_application_programming/ digital fabrication applications and implications] | |||
* [http://fab.cba.mit.edu/academy/classes/invention_IP_business/ Invention, Intellectual Property, and Business Models] | |||
* Digital Fabrication Project Development | |||
Links | == Links == | ||
* [http://fab.cba.mit.edu/classes/MIT/863.07/ How to make almost anything 2007] | * [http://fab.cba.mit.edu/classes/MIT/863.07/ How to make almost anything 2007] | ||
* [http://fab.cba.mit.edu/classes/MIT/863.08/ How to make almost anything 2008] | * [http://fab.cba.mit.edu/classes/MIT/863.08/ How to make almost anything 2008] | ||
* [http://fab.cba.mit.edu/classes/MIT/863.09/ How to make almost anything 2009] | * [http://fab.cba.mit.edu/classes/MIT/863.09/ How to make almost anything 2009] | ||
* [http://fab.cba.mit.edu/about/fab/inv.html Fab Lab inventory] | |||
* [http://fab.cba.mit.edu/classes/MIT/961.09/ How To Make Something That Makes (almost) Anything] | |||
* [http://fabacademy.shopbotwiki.com/ http://fabacademy.shopbotwiki.com/] | |||
* [http://fab.cba.mit.edu/content/tools/microcontrollers/index.html http://fab.cba.mit.edu/content/tools/microcontrollers/index.html] | |||
* [http://fab.cba.mit.edu/academy The fabacademy site] | |||
== Fab Academy schedule == | |||
The planned schedule for the Fab Academy Certificate topics that comprise the Diploma curriculum is: | |||
* | |||
* digital fabrication principles and practices (September 16) | |||
o digital vs analog | |||
+ threshold theorems | |||
+ universality | |||
+ communications | |||
+ computation | |||
+ fabrication | |||
o survey | |||
+ tools | |||
+ processes | |||
+ research | |||
o network | |||
+ Fab Foundation, Fund, Academy | |||
+ Fab Charter | |||
o safety | |||
+ mechanical | |||
+ optical | |||
+ electrical | |||
+ chemical | |||
* computer-aided design, manufacturing, and modeling (September 30) | |||
o hierarchical, parametric, procedural, algorithmic design | |||
o boundary, function representations | |||
o rendering and animation | |||
o toolpath generation | |||
o file formats | |||
o physical modeling | |||
* computer-controlled cutting (October 14) | |||
o types | |||
+ waterjet, EDM, ... | |||
o knife | |||
+ tools | |||
+ materials | |||
+ speed, force | |||
o laser | |||
+ types | |||
+ materials | |||
+ speed, power, rate | |||
+ maintenance | |||
+ safety | |||
* electronics design and production (October 28) | |||
o electricity and electronics | |||
o component types and selection | |||
o schematic design | |||
o PCB design | |||
o PCB fabrication | |||
o PCB assembly | |||
o test equipment | |||
* computer-controlled machining (November 11) | |||
o types | |||
o tooling | |||
o materials | |||
o speeds, feeds | |||
o fixturing | |||
* embedded programming (November 25) | |||
o processor types | |||
o microcontroller architecture | |||
o in-circuit programming | |||
o embedded programming languages | |||
o development tools and environments | |||
o debugging | |||
* 3D molding and casting (December 9) | |||
o types | |||
o soft tooling | |||
o mold design and manufacture | |||
o casting materials | |||
o composites | |||
* collaborative technical development and project management (January 13) | |||
o version control | |||
o synchronization | |||
o merging | |||
o remote desktops | |||
o videoconferencing | |||
o scheduling | |||
* 3D scanning and printing (January 27) | |||
o types | |||
o formats | |||
o scanning | |||
o printing | |||
o materials | |||
* sensors, actuators, and displays (February 10) | |||
o sensors | |||
o actuators | |||
o displays | |||
* interface and application programming (February 24) | |||
o interface protocols | |||
o application languages | |||
o graphics | |||
o user interfaces | |||
* embedded networking and communications (March 10) | |||
o networking fundamentals | |||
o network protocols | |||
o physical layers | |||
* machine design (March 24) | |||
o motors and actuators | |||
o motion control | |||
o machine control | |||
o rapid-prototyping of rapid-prototyping machines | |||
* digital fabrication applications and implications (April 7) | |||
o furniture | |||
o housing | |||
o transporation | |||
o healthcare | |||
o environment | |||
o energy | |||
o play | |||
o art | |||
o development | |||
* invention, intellectual property, and business models (April 21) | |||
o copyright | |||
o patents | |||
o free and open-source models | |||
o revenue models | |||
o case histories | |||
* digital fabrication project development (May 5) | |||
o conception | |||
o proposal | |||
o review | |||
o prototyping | |||
o debugging, development | |||
o presentation | |||
o documentation |
Latest revision as of 15:58, 9 February 2011
Participants in Fab Academy 2011 in Vestmannaeyjar, Iceland
Participants in Fab Academy 2009-2010 in Vestmannaeyjar, Iceland
In some courses
- Haukur Sölvason
- Jan Gunster
- Logi Kristjánsson
- Flóvent Máni Theodórsson
- Arnar Smári Gústafsson
- Grétar Ómarsson
- Stefán Gíslason
Colaborative project
Classes
- digital fabrication principles and practices
- computer-aided design, manufacturing, and modeling
- computer-controlled cutting
- electronics design and production
- computer-controlled machining
- embedded programming
- Molding and Casting
- Collaborative Technical Development, Documentation and Project Management
- 3D Scanning and Printing
- Sensors, Actuators, and Displays
- Interface and Application Programming
- Embedded Networking and Communications
- machine design
- digital fabrication applications and implications
- Invention, Intellectual Property, and Business Models
- Digital Fabrication Project Development
Links
- How to make almost anything 2007
- How to make almost anything 2008
- How to make almost anything 2009
- Fab Lab inventory
- How To Make Something That Makes (almost) Anything
- http://fabacademy.shopbotwiki.com/
- http://fab.cba.mit.edu/content/tools/microcontrollers/index.html
- The fabacademy site
Fab Academy schedule
The planned schedule for the Fab Academy Certificate topics that comprise the Diploma curriculum is:
* digital fabrication principles and practices (September 16) o digital vs analog + threshold theorems + universality + communications + computation + fabrication o survey + tools + processes + research o network + Fab Foundation, Fund, Academy + Fab Charter o safety + mechanical + optical + electrical + chemical * computer-aided design, manufacturing, and modeling (September 30) o hierarchical, parametric, procedural, algorithmic design o boundary, function representations o rendering and animation o toolpath generation o file formats o physical modeling * computer-controlled cutting (October 14) o types + waterjet, EDM, ... o knife + tools + materials + speed, force o laser + types + materials + speed, power, rate + maintenance + safety * electronics design and production (October 28) o electricity and electronics o component types and selection o schematic design o PCB design o PCB fabrication o PCB assembly o test equipment * computer-controlled machining (November 11) o types o tooling o materials o speeds, feeds o fixturing * embedded programming (November 25) o processor types o microcontroller architecture o in-circuit programming o embedded programming languages o development tools and environments o debugging * 3D molding and casting (December 9) o types o soft tooling o mold design and manufacture o casting materials o composites * collaborative technical development and project management (January 13) o version control o synchronization o merging o remote desktops o videoconferencing o scheduling * 3D scanning and printing (January 27) o types o formats o scanning o printing o materials * sensors, actuators, and displays (February 10) o sensors o actuators o displays * interface and application programming (February 24) o interface protocols o application languages o graphics o user interfaces * embedded networking and communications (March 10) o networking fundamentals o network protocols o physical layers * machine design (March 24) o motors and actuators o motion control o machine control o rapid-prototyping of rapid-prototyping machines * digital fabrication applications and implications (April 7) o furniture o housing o transporation o healthcare o environment o energy o play o art o development * invention, intellectual property, and business models (April 21) o copyright o patents o free and open-source models o revenue models o case histories * digital fabrication project development (May 5) o conception o proposal o review o prototyping o debugging, development o presentation o documentation