OSE Design Training - Revision history

Marcin: /* Specific Topics */

2021-07-01T01:39:21Z

Specific Topics

← Older revision		Revision as of 01:39, 1 July 2021
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	#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.		#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.
	#Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.		#Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple ~~tower~~. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single vs quadruple truss. Truss reinforcement. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
	#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]]. Lumber production. [[Strawboard]].		#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]]. Lumber production. [[Strawboard]].

Marcin: /* Specific Topics */

2021-07-01T01:38:52Z

Specific Topics

← Older revision		Revision as of 01:38, 1 July 2021
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	#Collabotative Build Practice. Requires CAD-BOM-Build-Calc as a group. Role allocation. Field role equalization: 10x time compression. Rapid learning for onboarding stakeholdership.		#Collabotative Build Practice. Requires CAD-BOM-Build-Calc as a group. Role allocation. Field role equalization: 10x time compression. Rapid learning for onboarding stakeholdership.
	#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.		#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.

	#Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.		#Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].

Marcin: /* Specific Topics */

2021-07-01T01:38:03Z

Specific Topics

← Older revision		Revision as of 01:38, 1 July 2021
Line 4:		Line 4:
	#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.		#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.

	#Shafts and ~~couplers~~. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.		#Shafts and Couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
	#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]]. Lumber production. [[Strawboard]].		#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]]. Lumber production. [[Strawboard]].
			#CEB Controls. Design for low cost scalability with dedicated drawer power cube. Pressing logic with automated calibration. Hardware. Software. Relation to the Universal Controller.

	=Design Guides=		=Design Guides=

Marcin: /* Specific Topics */

2021-06-30T06:52:39Z

Specific Topics

← Older revision		Revision as of 06:52, 30 June 2021
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	#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.		#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.

	#Shafts and couplers. Removing keyways ~~for~~ couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3".		#Shafts and couplers. Removing keyways, replacing with clamping couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3". Axial thrust prevention with double split collars.
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]

Marcin: /* Specific Topics */

2021-06-27T20:00:29Z

Specific Topics

← Older revision		Revision as of 20:00, 27 June 2021
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	=Specific Topics=		=Specific Topics=
			#Collaborative design practice. How and why get a boatload of people on the same doc.
	#Collabotative Build Practice. Requires CAD-BOM-Build-Calc as a group. Role allocation. Field role equalization: 10x time compression. Rapid learning for onboarding stakeholdership.		#Collabotative Build Practice. Requires CAD-BOM-Build-Calc as a group. Role allocation. Field role equalization: 10x time compression. Rapid learning for onboarding stakeholdership.
	#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.		#Build Time Optimization. How to calculate build time. Overview Calculations: determinacy of house build time. Breaking the [[Iron Triangle]]. [[Panel Build Time Calculator]]. Wall module jigs. 2nd Floor jig. Foundation time and ergonomics- build up vs down, including shallow insulated footer.

Marcin: /* Specific Topics */

2021-06-27T19:54:38Z

Specific Topics

← Older revision		Revision as of 19:54, 27 June 2021
Line 6:		Line 6:
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
	#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]].		#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]]. Lumber production. [[Strawboard]].

	=Design Guides=		=Design Guides=

Marcin: /* Specific Topics */

2021-06-27T19:53:54Z

Specific Topics

← Older revision		Revision as of 19:53, 27 June 2021
Line 6:		Line 6:
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
	#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc.		#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc. CEB - [[Cost of CEB]]. Economics of 3D printing - [[3D Printing in Construction]].

	=Design Guides=		=Design Guides=

Marcin: /* Specific Topics */

2021-06-27T19:52:17Z

Specific Topics

← Older revision		Revision as of 19:52, 27 June 2021
Line 6:		Line 6:
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
	#The limits of materials and cost reduction. 3		#The limits of materials and cost reduction. 10x steel for [[Tech Recursion]]. 10x out of box via lifetime design, pending product strategy. Thus, there is 100x reduction. Specifically: melting scrap, recycling plastic. Burning rocks for concrete. Cost of PV. Etc.
	2x steel for [[Tech Recursion]] ~~and 10x is labor is not included~~. 10x out of box via lifetime design, pending product strategy.

	=Design Guides=		=Design Guides=

Marcin: /* Specific Topics */

2021-06-27T19:41:24Z

Specific Topics

← Older revision		Revision as of 19:41, 27 June 2021
Line 6:		Line 6:
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]
			#The limits of materials and cost reduction. 3
			2x steel for [[Tech Recursion]] and 10x is labor is not included. 10x out of box via lifetime design, pending product strategy.

	=Design Guides=		=Design Guides=

Marcin: /* Specific Topics */

2021-06-27T19:39:35Z

Specific Topics

← Older revision		Revision as of 19:39, 27 June 2021
Line 5:		Line 5:
	#Shafts and couplers. Removing keyways for couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3".		#Shafts and couplers. Removing keyways for couplers. 3" shaft + 4" half wall square. Loctite or crazy glue on set screws for 3D printers. 8 mm, 1", 2", 3".
	#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].		#Rebar trusses - [[Rebar Truss Designer]]. Single, vs quadruple tower. [[CNC Sawmill]].
	#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16		#Frames. The scalable tractor platform. The scalable truss - welding on multiples up to 4 for human scale. Cf. 28 lb for a 2x6x16 [https://www.homebuiltwoodworking.com/blogs/wood-talk/how-much-does-a-2x6-weigh]

	=Design Guides=		=Design Guides=