On-Site Build Test Criteria - Revision history

Marcin: /* What We Explicitly Do NOT Optimize For */

2026-01-21T03:21:23Z

What We Explicitly Do NOT Optimize For

← Older revision		Revision as of 03:21, 21 January 2026
Line 69:		Line 69:
	== What We Explicitly Do NOT Optimize For ==		== What We Explicitly Do NOT Optimize For ==
	* Certifications or credentials		* Certifications or credentials
	* Years of experience ~~or trade purity~~		* Years of experience
			* [[Trade Purity]]
	* Charisma or self-promotion		* Charisma or self-promotion
	* Speed without correctness		* Speed without correctness

Marcin: /* What We Explicitly Do NOT Optimize For */

2026-01-21T03:16:49Z

What We Explicitly Do NOT Optimize For

← Older revision		Revision as of 03:16, 21 January 2026
Line 69:		Line 69:
	== What We Explicitly Do NOT Optimize For ==		== What We Explicitly Do NOT Optimize For ==
	* Certifications or credentials		* Certifications or credentials
	* Years of experience		* Years of experience or trade purity
	* Trade purity
	* Charisma or self-promotion		* Charisma or self-promotion
	* Speed without correctness		* Speed without correctness

Marcin at 03:16, 21 January 2026

2026-01-21T03:16:22Z

← Older revision		Revision as of 03:16, 21 January 2026
Line 1:		Line 1:
	= Civilization Engineering Track: On-Site Build Interview =		= Civilization Design/Engineering Track: On-Site Build Interview =

	== Purpose ==		== Purpose ==
Line 8:		Line 8:

	== Format ==		== Format ==
	Candidates join a live build for ~~1–3 days~~ and are embedded into an active crew with real production goals.		Candidates join a live build for 1 day and are embedded into an active crew with real production goals.

	~~They receive:~~
	* Canonical CAD and drawings
	* Bill of Materials (BOM)
	* Build instructions and acceptance criteria
	* A facilitator, not a supervisor

	Performance is observed in real time.		Performance is observed in real time.
Line 22:		Line 16:
	=== 1. System Comprehension ===		=== 1. System Comprehension ===
	Can the candidate:		Can the candidate:
	* ~~Read drawings and extract intent~~		* Work effectively as part of the team
	* Understand ~~interfaces~~ and ~~tolerances~~		* Understand and follow build instructions
	* Ask the right clarifying questions		* Ask the right clarifying questions
	* Navigate ~~CAD → BOM → Build flow~~ without hand-holding		* Navigate the workflow without hand-holding while being helpful in the process

	~~This~~ is more important than prior ~~trade~~ experience.		Collaboration skill is more important than prior experience.

	=== 2. Execution Under Constraint ===		=== 2. Execution Under Constraint ===
	Can the candidate:		Can the candidate:
	* Build accurately from ~~documentation~~		* Build accurately from instructions
	* Follow acceptance criteria precisely		* Follow acceptance criteria precisely
	* Work within time, material, and safety constraints		* Work within time, material, and safety constraints
	* Correct errors without defensiveness		* Correct errors without defensiveness

	We value correctness ~~over~~ speed.		We value correctness and speed at the same time.

	=== 3. Learning Velocity ===		=== 3. Learning Velocity ===
	Can the candidate:		Can the candidate:
	* Absorb new tools and methods quickly		* Absorb new tools and methods quickly
	* Improve visibly over ~~hours or days~~		* Improve visibly over task completion
	* Integrate feedback immediately		* Integrate feedback immediately
	* Self-correct by ~~referencing documentation~~		* Self-correct by asking questions and observing other people

	Rapid learning matters more than initial skill.		Rapid learning matters more than initial skill.
Line 86:		Line 80:
	* Respect for standards and interfaces		* Respect for standards and interfaces
	* Clear potential to scale impact beyond individual labor		* Clear potential to scale impact beyond individual labor
			* Basic documentation after the work day: photos (preferably link to Google Photos or other sharing site) especially ones that show result and measurement such as tape measure placed next to finished work to show accuracy.

	== Outcome ==		== Outcome ==
	Successful candidates are invited into the Civilization Engineering Track, where:		Successful candidates are invited into the Civilization Design/ Engineering Track, where:
	* Expertise lives in systems		* Expertise lives in systems
	* Individuals amplify, not bottleneck, production		* Individuals amplify, not bottleneck, production
	* Civilization-scale build capacity is the objective		* Civilization-scale build capacity is the objective

Marcin: Created page with "= Civilization Engineering Track: On-Site Build Interview = == Purpose == The on-site build interview replaces conventional hiring screens with direct observation of how a candidate operates inside an expertise-embedded production system. We are not testing trade mastery. We are testing whether a person can function as a civilization-scale builder inside structured, open, collaborative systems. == Format == Candidates join a live build for 1–3 days and are embedded..."

2026-01-21T03:09:43Z

Created page with "= Civilization Engineering Track: On-Site Build Interview = == Purpose == The on-site build interview replaces conventional hiring screens with direct observation of how a candidate operates inside an expertise-embedded production system. We are not testing trade mastery. We are testing whether a person can function as a civilization-scale builder inside structured, open, collaborative systems. == Format == Candidates join a live build for 1–3 days and are embedded..."

New page

= Civilization Engineering Track: On-Site Build Interview =

== Purpose ==
The on-site build interview replaces conventional hiring screens with direct observation of how a candidate operates inside an expertise-embedded production system.

We are not testing trade mastery.
We are testing whether a person can function as a civilization-scale builder inside structured, open, collaborative systems.

== Format ==
Candidates join a live build for 1–3 days and are embedded into an active crew with real production goals.

They receive:
* Canonical CAD and drawings
* Bill of Materials (BOM)
* Build instructions and acceptance criteria
* A facilitator, not a supervisor

Performance is observed in real time.

== What We Are Looking For ==

=== 1. System Comprehension ===
Can the candidate:
* Read drawings and extract intent
* Understand interfaces and tolerances
* Ask the right clarifying questions
* Navigate CAD → BOM → Build flow without hand-holding

This is more important than prior trade experience.

=== 2. Execution Under Constraint ===
Can the candidate:
* Build accurately from documentation
* Follow acceptance criteria precisely
* Work within time, material, and safety constraints
* Correct errors without defensiveness

We value correctness over speed.

=== 3. Learning Velocity ===
Can the candidate:
* Absorb new tools and methods quickly
* Improve visibly over hours or days
* Integrate feedback immediately
* Self-correct by referencing documentation

Rapid learning matters more than initial skill.

=== 4. Documentation Discipline ===
Can the candidate:
* Take photos and log work
* Update build notes or mark documentation gaps
* Treat documentation as part of the build, not an afterthought

Civilization engineering requires executable documentation.

=== 5. Collaborative Literacy ===
Can the candidate:
* Coordinate with others without ego
* Respect interfaces and shared standards
* Ask for help early
* Help others without derailing their own task

We are building systems, not heroes.

=== 6. Tool and Safety Maturity ===
Can the candidate:
* Use tools responsibly
* Maintain situational awareness
* Protect people, equipment, and schedule
* Stop work when something is unclear or unsafe

Judgment is more important than bravado.

== What We Explicitly Do NOT Optimize For ==
* Certifications or credentials
* Years of experience
* Trade purity
* Charisma or self-promotion
* Speed without correctness

== Pass Criteria ==
A candidate passes the build interview if they demonstrate:
* Reliable execution inside structured systems
* High learning velocity
* Respect for standards and interfaces
* Clear potential to scale impact beyond individual labor

== Outcome ==
Successful candidates are invited into the Civilization Engineering Track, where:
* Expertise lives in systems
* Individuals amplify, not bottleneck, production
* Civilization-scale build capacity is the objective