Extreme Efficiency: Difference between revisions
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(Created page with "OSE is capable of producing housing at a labor cost of about $40000 per 1400 sf house, compared to $120000 for industry standards - making OSE 3x more efficient in labor productivity. This productivity arises from Integrated Design, Modularity, Expertise-Embedded Systems Design, Simplicity, and Digital Design.") |
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OSE is capable of producing housing at a labor cost of about $40000 per 1400 sf house, compared to $120000 for industry standards - making OSE 3x more efficient in labor productivity. This productivity arises from [[Integrated Design]], [[Modularity]], [[Expertise-Embedded Systems Design]], [[Simplicity]], and [[Digital Design]]. | OSE is capable of producing housing at a labor cost of about $40000 per 1400 sf house, compared to $120000 for industry standards - making OSE 3x more efficient in labor productivity. This productivity arises from [[Integrated Design]], [[Modularity]], [[Expertise-Embedded Systems Design]], [[Simplicity]], and [[Digital Design]]. | ||
=Extreme Effciency in Housing= | |||
In the field of housing, extreme efficiency of production is afforded by: | |||
#Tool organization in facility | |||
#[[Visual Workshop]] | |||
#[[Extreme Tool Belt]] | |||
Revision as of 00:33, 13 February 2026
OSE is capable of producing housing at a labor cost of about $40000 per 1400 sf house, compared to $120000 for industry standards - making OSE 3x more efficient in labor productivity. This productivity arises from Integrated Design, Modularity, Expertise-Embedded Systems Design, Simplicity, and Digital Design.
Extreme Effciency in Housing
In the field of housing, extreme efficiency of production is afforded by:
- Tool organization in facility
- Visual Workshop
- Extreme Tool Belt