Cognitive Architecture for Civilization Builders
Applied Civilization Lab
Civilization Engineering and Human Development Studio
Location: Factor e Farm Schedule: Full-day Saturdays Duration: 12 Weeks Total Lessons: 24 instructional modules integrated with practice
Each Saturday combines:
- conceptual instruction
- personal development work
- engineering practice
- community design
Participants work on real Global Village Construction Set (GVCS) projects while developing the psychological and institutional capacities required for civilization-scale innovation.
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Saturday Studio Structure
| Time | Activity | Purpose |
|---|---|---|
| Morning Block 1 | Instructional Lesson | Core conceptual frameworks |
| Morning Block 2 | Dialogue and Development | Psychological, leadership, and social capacities |
| Afternoon | Applied Lab | Engineering, construction, or institutional design |
| Evening | Integration | Reflection, documentation, insight capture |
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Curriculum
| Week | Lesson 1 | Lesson 2 | Psychological / Social Dimension | Applied Practice |
|---|---|---|---|---|
| 1 | Introduction to Civilization Engineering | Meaning, Purpose, and the Good Life | Personal motivation and purpose | Mapping the Global Village Construction Set |
| 2 | Cognitive Architecture of the Mind | Flow and Peak Performance | Attention, focus, and subconscious processing | Structuring build environments for flow |
| 3 | Systems Thinking | Primal Intelligence and Human Instincts | Evolutionary psychology and motivation | Mapping complex technological systems |
| 4 | Moral Intelligence | Responsibility and Stewardship | Ethical foundations of civilization building | Case studies of technological responsibility |
| 5 | Admired Leadership | Esteem and Trust | Leadership development and reputation | Team leadership exercises in fabrication projects |
| 6 | Empathy and Emotional Intelligence | Psychological Safety in Teams | Trust, vulnerability, and collaboration | Designing psychologically safe innovation teams |
| 7 | Swarm Collaboration | Win-Win Negotiation | Conflict resolution and cooperative strategy | Collaborative engineering design sessions |
| 8 | Personal Healing and Resilience | Personal Transformation | Trauma awareness and emotional resilience | Reflection and resilience practices for builders |
| 9 | Geopolitical Models of Civilization | Institutional Evolution | Understanding power structures | Analysis of global governance models |
| 10 | Governance for Collaborative Societies | Democracy, Commons, and Coordination | Political design principles | Designing governance for micro-civilizations |
| 11 | Education Systems for Civilization Builders | Rapid Learning Architectures | Human learning and apprenticeship | Designing the Rapid Learning Facility curriculum |
| 12 | Micro-Civilization Economics | Civilization Design Studio | Vision, agency, and collective purpose | Designing a 240-person production civilization |
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Micro-Civilization Business Model (240 People)
The course explores how a production-oriented community of approximately 240 people can sustain a full local economy.
| Sector | Roles | People |
|---|---|---|
| Agriculture | farmers, greenhouse managers, soil specialists | 30 |
| Construction | builders, carpenters, electricians | 40 |
| Manufacturing | machinists, welders, CNC operators | 40 |
| Energy Systems | solar installers, electrical technicians | 15 |
| Engineering | mechanical, electrical, and systems engineers | 20 |
| Education and Research | instructors, curriculum developers | 15 |
| Governance and Facilitation | coordinators, mediators | 10 |
| Health and Wellbeing | medical practitioners, counselors | 10 |
| Business and Finance | accounting, logistics, sales | 20 |
| Infrastructure Maintenance | mechanics, technicians | 20 |
| Culture and Communication | artists, media producers | 10 |
This structure supports a **self-reinforcing production ecosystem capable of developing open-source infrastructure while supporting human flourishing.**
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Integration with Extreme Design/Build Sprint
Participants simultaneously participate in the **Extreme Design/Build Civilization Sprint**, where they contribute to the rapid development of GVCS machines.
Learning from the Saturday studio is immediately applied in:
- engineering design
- fabrication
- institutional design
- collaborative governance
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Expected Outcomes
Participants completing the program will be able to:
- think at civilization scale
- collaborate in large open innovation networks
- design economic and governance systems
- cultivate personal and social capacities for leadership
- contribute to the development of open source civilization infrastructure
Factor e Farm serves as the **living laboratory where theory, personal transformation, and industrial production converge.**