Collaboration Architecture: Difference between revisions
Jump to navigation
Jump to search
| Line 9: | Line 9: | ||
==Institutions== | ==Institutions== | ||
*Immersion Program students collaborate on the collaboration architecture platform. | *Immersion Program students collaborate on the collaboration architecture platform. | ||
*Metrics - cost reduction for the performance obtained. 80/20 rule - implying 20% cost for 80% performance. That is part of the OSE Brand. And then you can also go all out and exceed industry standards as well. | |||
==Documentation== | |||
*Design Guide - The holy grail for enabling mass participation. Good for any type of build; focus on scalability, performance, cost calculations to discover the most favorable DIY space. | |||
*Build Manual - for a single build instance | |||
==Hardware== | ==Hardware== | ||
*Small laser | *Small laser | ||
Revision as of 13:51, 12 March 2018
Summary
The working question is how you can get a large team to work collaboratively in a focused way. What infrastructure is required to do so?
Specific Development Elements
- 3D printed model kits - ex, OBI Arch Kit, CNC Multimachine Dev Kit. Define all the modules.
- Laser cut model kits
Infrastructure Elements
Institutions
- Immersion Program students collaborate on the collaboration architecture platform.
- Metrics - cost reduction for the performance obtained. 80/20 rule - implying 20% cost for 80% performance. That is part of the OSE Brand. And then you can also go all out and exceed industry standards as well.
Documentation
- Design Guide - The holy grail for enabling mass participation. Good for any type of build; focus on scalability, performance, cost calculations to discover the most favorable DIY space.
- Build Manual - for a single build instance
Hardware
- Small laser
- 3D printer
- Filament maker
- CNC Torch
- Heavy duty CNC machine
Software
- FreeCAD workbench for the development
Collaboration Architecture 2016
Collaboration Architecture Notes 2015