Felix Makori Log - Revision history

Marcin: /* Felix Module Build Data */

2025-12-12T03:17:56Z

Felix Module Build Data

← Older revision		Revision as of 03:17, 12 December 2025
Line 4:		Line 4:

	==Felix Module Build Data==		==Felix Module Build Data==
	*Se [https://docs.google.com/presentation/d/1uGhT-Hs-1WQsITPc8RIVjZ3saGFb_cBzYNugQn0ibm0/edit?slide=id.g1ec84661ef_0_1#slide=id.g1ec84661ef_0_1]		*See [https://docs.google.com/presentation/d/1uGhT-Hs-1WQsITPc8RIVjZ3saGFb_cBzYNugQn0ibm0/edit?slide=id.g1ec84661ef_0_1#slide=id.g1ec84661ef_0_1]

	==Quality Control Points - Site Visit==		==Quality Control Points - Site Visit==
	Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:		Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:

Marcin: /* Thu Dec 11, 2025 */

2025-12-12T03:17:46Z

Thu Dec 11, 2025

← Older revision		Revision as of 03:17, 12 December 2025
Line 2:		Line 2:

	=Thu Dec 11, 2025=		=Thu Dec 11, 2025=

			==Felix Module Build Data==
			*Se [https://docs.google.com/presentation/d/1uGhT-Hs-1WQsITPc8RIVjZ3saGFb_cBzYNugQn0ibm0/edit?slide=id.g1ec84661ef_0_1#slide=id.g1ec84661ef_0_1]
	==Quality Control Points - Site Visit==		==Quality Control Points - Site Visit==
	Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:		Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:

Fmakori: /* Quality Control Points - Site Visit */ - minor QCP edit

2025-12-12T02:42:50Z

Quality Control Points - Site Visit: - minor QCP edit

← Older revision		Revision as of 02:42, 12 December 2025
Line 4:		Line 4:
	==Quality Control Points - Site Visit==		==Quality Control Points - Site Visit==
	Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:		Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:
	#Fastener schedule - 12" in the field (mid stud), 6" on the four edges		# Fastener schedule - 12" in the field (mid stud), 6" on the four edges
	- Yes - Fasteners on edges of OSB board started 6" (inches) out from any given corner.		- Yes - Fasteners on edges of OSB board started 6" (inches) out from any given corner.
	#Total number of fasteners used		# Total number of fasteners used
	- 74 nails.		- 74 nails.
	#How much does the OSB stick out at maximum on each edge? ##Right edge:		# How much does the OSB stick out at maximum on each edge? ##Right edge:
	- No "stick out" - Flush-(0")		- No "stick out" - Flush-(0")
	#How much does the OSB stick out at maximum on each edge? ##Left edge:		# How much does the OSB stick out at maximum on each edge? ##Left edge:
	- No "stick out" - Flush-(o")		- No "stick out" - Flush-(o")
	#How much does the OSB stick out at maximum on each edge? ##Top edge:		# How much does the OSB stick out at maximum on each edge? ##Top edge:
	- 3/8" Over		- 3/8" Over
	#How much does the OSB stick out at maximum on each edge? ##Bottom edge:		# How much does the OSB stick out at maximum on each edge? ##Bottom edge:
	- 3/8" Under		- 3/8" Under
	#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width: _____'''4ft'''_____Height:____'''10ft'''_____		# Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width: _____'''4ft'''_____Height:____'''10ft'''_____

	#Cross diagonal distance between corners - bottom left and upper right corner:		## Cross diagonal distance between corners - bottom left and upper right corner:
	- Inner (inside corner) - 9' and 6"		- Inner (inside corner) - 9' and 6"
	- Outer (outside corner) - 9' and 9.75"		- Outer (outside corner) - 9' and 9.75"
	#Cross diagonal distance between corners - - and bottom right and upper left corner:		# Cross diagonal distance between corners - - and bottom right and upper left corner:
	- Inner (inside corner) - 9' and 6.75"		- Inner (inside corner) - 9' and 6.75"
	- Outer (outside corner) - 9' and 10.75"		- Outer (outside corner) - 9' and 10.75"
	#Thickness: (should be about 6" thick, but document this please)		# Thickness: (should be about 6" thick, but document this please)
	- Left - 5" and 7/8th"		- Left - 5" and 7/8th"
	- Right - 5" and 7/8th"		- Right - 5" and 7/8th"
	- Top - 5" and 7/8th"		- Top - 5" and 7/8th"
	- Bottom - 5" and 7/8th"		- Bottom - 5" and 7/8th"
	#Actual dimensions of the OSB - length and width and thickness -		# Actual dimensions of the OSB - length and width and thickness -
	- 9'x4'		- 9'x4'
	#Please rate yourself on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance or long time to build. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.		# Please rate yourself on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance or long time to build. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.
	- Note: Using hand tools and nails caused the build time to increase drastically. Another increase in time came from an attempt to correct the slight overhang/underhang in the OSB on the top and bottom of the frame.		- Note: Using hand tools and nails caused the build time to increase drastically. Another increase in time came from an attempt to correct the slight overhang/underhang in the OSB on the top and bottom of the frame.
	- Score: 7		- Score: 7

	==Wednesday Nov 26, 2025 ==		==Wednesday Nov 26, 2025 ==

Fmakori: /* Quality Control Points - Site Visit */ - added QCP

2025-12-12T02:33:56Z

Quality Control Points - Site Visit: - added QCP

← Older revision		Revision as of 02:33, 12 December 2025
Line 5:		Line 5:
	Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:		Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:
	#Fastener schedule - 12" in the field (mid stud), 6" on the four edges		#Fastener schedule - 12" in the field (mid stud), 6" on the four edges
			- Yes - Fasteners on edges of OSB board started 6" (inches) out from any given corner.
	#Total number of fasteners used		#Total number of fasteners used
			- 74 nails.
	#How much does the OSB stick out at maximum on each edge? ##Right edge:		#How much does the OSB stick out at maximum on each edge? ##Right edge:
			- No "stick out" - Flush-(0")
	#How much does the OSB stick out at maximum on each edge? ##Left edge:		#How much does the OSB stick out at maximum on each edge? ##Left edge:
			- No "stick out" - Flush-(o")
	#How much does the OSB stick out at maximum on each edge? ##Top edge:		#How much does the OSB stick out at maximum on each edge? ##Top edge:
			- 3/8" Over
	#How much does the OSB stick out at maximum on each edge? ##Bottom edge:		#How much does the OSB stick out at maximum on each edge? ##Bottom edge:
	#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width: ~~__________Height~~:~~_________~~		- 3/8" Under
			#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width: _____'''4ft'''_____Height:____'''10ft'''_____

	#Cross diagonal distance between corners - bottom left and upper right corner:		#Cross diagonal distance between corners - bottom left and upper right corner:
			- Inner (inside corner) - 9' and 6"
			- Outer (outside corner) - 9' and 9.75"
	#Cross diagonal distance between corners - - and bottom right and upper left corner:		#Cross diagonal distance between corners - - and bottom right and upper left corner:
			- Inner (inside corner) - 9' and 6.75"
			- Outer (outside corner) - 9' and 10.75"
	#Thickness: (should be about 6" thick, but document this please)		#Thickness: (should be about 6" thick, but document this please)
			- Left - 5" and 7/8th"
			- Right - 5" and 7/8th"
			- Top - 5" and 7/8th"
			- Bottom - 5" and 7/8th"
	#Actual dimensions of the OSB - length and width and thickness -		#Actual dimensions of the OSB - length and width and thickness -
			- 9'x4'
	#Please rate yourself on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance or long time to build. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.		#Please rate yourself on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance or long time to build. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.
			- Note: Using hand tools and nails caused the build time to increase drastically. Another increase in time came from an attempt to correct the slight overhang/underhang in the OSB on the top and bottom of the frame.
			- Score: 7

	==Wednesday Nov 26, 2025 ==		==Wednesday Nov 26, 2025 ==

Marcin: /* Quality Control Points - Site Visit */

2025-12-11T09:28:13Z

Quality Control Points - Site Visit

← Older revision		Revision as of 09:28, 11 December 2025
Line 10:		Line 10:
	#How much does the OSB stick out at maximum on each edge? ##Top edge:		#How much does the OSB stick out at maximum on each edge? ##Top edge:
	#How much does the OSB stick out at maximum on each edge? ##Bottom edge:		#How much does the OSB stick out at maximum on each edge? ##Bottom edge:
	#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width:		#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width: __________Height:_________
	~~#Height~~:
	#Cross diagonal distance between corners - bottom left and upper right corner:		#Cross diagonal distance between corners - bottom left and upper right corner:
	#Cross diagonal distance between corners - - and bottom right and upper left corner:		#Cross diagonal distance between corners - - and bottom right and upper left corner:

Marcin: /* Quality Control Points - Site Visit */

2025-12-11T09:27:50Z

Quality Control Points - Site Visit

← Older revision		Revision as of 09:27, 11 December 2025
Line 6:		Line 6:
	#Fastener schedule - 12" in the field (mid stud), 6" on the four edges		#Fastener schedule - 12" in the field (mid stud), 6" on the four edges
	#Total number of fasteners used		#Total number of fasteners used
	#How much does the OSB stick out at maximum on each edge?		#How much does the OSB stick out at maximum on each edge? ##Right edge:
	##Right edge:		#How much does the OSB stick out at maximum on each edge? ##Left edge:
	##Left edge:		#How much does the OSB stick out at maximum on each edge? ##Top edge:
	##Top edge:		#How much does the OSB stick out at maximum on each edge? ##Bottom edge:
	##Bottom edge:		#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing. ##Width:
	#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing.		#Height:
	##Width:		#Cross diagonal distance between corners - bottom left and upper right corner:
	##Height:		#Cross diagonal distance between corners - - and bottom right and upper left corner:
	##Cross diagonal distance between corners - bottom left and upper right corner:		#Thickness: (should be about 6" thick, but document this please)
	##Cross diagonal distance between corners - - and bottom right and upper left corner:		#Actual dimensions of the OSB - length and width and thickness -
	##Thickness: (should be about 6" thick, but document this please)		#Please rate yourself on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance or long time to build. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.
	#Actual dimensions of the OSB
	#~~After you do this - to acceptable standards - you are an officially '''Wall Module Build Certified''' - with a level based~~ on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.


	==Wednesday Nov 26, 2025 ==		==Wednesday Nov 26, 2025 ==

Marcin: /* Wednesday Nov 26, 2025 */

2025-12-11T09:23:02Z

Wednesday Nov 26, 2025

← Older revision		Revision as of 09:23, 11 December 2025
Line 1:		Line 1:
	<html><iframe width="600" height="500" src="https://osedev.org/wiki/FelixMakori?start=9/1/2019"></iframe></html>		<html><iframe width="600" height="500" src="https://osedev.org/wiki/FelixMakori?start=9/1/2019"></iframe></html>

			=Thu Dec 11, 2025=
			==Quality Control Points - Site Visit==
			Once you bring the module on site, we will verify the following. The purpose is to determine the uniformity with which applicants can produce modules and if that depends on the build experience of the applicant:
			#Fastener schedule - 12" in the field (mid stud), 6" on the four edges
			#Total number of fasteners used
			#How much does the OSB stick out at maximum on each edge?
			##Right edge:
			##Left edge:
			##Top edge:
			##Bottom edge:
			#Actual dimensions of the wall module - based on your documented measurements. This evaluates the inaccuracy of dimensional lumber when sourced in different locations - or whether the module has expanded/contracted due to moisture or shipping. This helps us to adjust for any necessary quality control based on irregularities of lumber sourcing.
			##Width:
			##Height:
			##Cross diagonal distance between corners - bottom left and upper right corner:
			##Cross diagonal distance between corners - - and bottom right and upper left corner:
			##Thickness: (should be about 6" thick, but document this please)
			#Actual dimensions of the OSB
			#After you do this - to acceptable standards - you are an officially '''Wall Module Build Certified''' - with a level based on the scale of 1-10 for build speed and effectiveness. We will attach a score to your result according to a mutually defined scale - where you and OSE collaborate on determining what each level (1-10) should require - and you will score yourself accordingly. 10 is a perfect result (within 1/8" absolute tolerance everywhere for all parts). A point is taken off for every mis-tolerance. There is currently no minimum score that would be required for acceptance, as long as there is strong evidence that you would be able to correct any mistakes or make continuous improvement in the future.


	==Wednesday Nov 26, 2025 ==		==Wednesday Nov 26, 2025 ==

Marcin: /* Nov 4, 2025 */

2025-12-10T03:29:57Z

Nov 4, 2025

← Older revision		Revision as of 03:29, 10 December 2025
Line 17:		Line 17:
	=Nov 4, 2025=		=Nov 4, 2025=

	Interview -		Interview -

			<html><iframe width="560" height="315" src="https://www.youtube.com/embed/ABJr8-eJVe4?si=3e87bUwcb-AR543t" title="YouTube video player" frameborder="0" allow="accelerometer; autoplay; clipboard-write; encrypted-media; gyroscope; picture-in-picture; web-share" referrerpolicy="strict-origin-when-cross-origin" allowfullscreen></iframe></html>

	== Sunday Oct 26, 2025 ==		== Sunday Oct 26, 2025 ==

Marcin: /* Wednesday Nov 26, 2025 */

2025-12-10T03:29:19Z

Wednesday Nov 26, 2025

← Older revision		Revision as of 03:29, 10 December 2025
Line 14:		Line 14:
	Step 5 - Build Notes:		Step 5 - Build Notes:
	[https://docs.google.com/document/d/1Fh6v433Y0ir-6JIQrZilRXzQNkNbQ2JoMiAkTgxVuV0/edit?usp=sharing Build Notes]		[https://docs.google.com/document/d/1Fh6v433Y0ir-6JIQrZilRXzQNkNbQ2JoMiAkTgxVuV0/edit?usp=sharing Build Notes]

			=Nov 4, 2025=

			Interview -

	== Sunday Oct 26, 2025 ==		== Sunday Oct 26, 2025 ==

Fmakori: /* Wednesday Nov 26, 2025 */ - added Title

2025-11-27T19:09:48Z

Wednesday Nov 26, 2025: - added Title

← Older revision		Revision as of 19:09, 27 November 2025
Line 2:		Line 2:

	==Wednesday Nov 26, 2025 ==		==Wednesday Nov 26, 2025 ==
			'''Future Builders Academy Application: Step 5 - Build Test'''

	[[Build Test]] results: (should be 9+9 +3*19=75)		[[Build Test]] results: (should be 9+9 +3*19=75)