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├── Part V: GAIA PULSE GREENTECH & AERO COMMON MODULES (GPGM) - Enabling Technologies and Methodologies
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├── Part VI: Project Management and Operations
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├── Part VII: Documentation and Knowledge Management
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├── Part VIII: Appendices
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└── Part IX: GAIA GALACTIC MINING OPERATIONS (GGMO) - Extracción de Recursos Extraplanetarios
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# Part I: GAIA PULSE ID (GP-ID) - Core Project Identity
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This part of the COAFI document defines the core identity, vision, mission, values, and guiding principles of the GAIA AIR project. It also introduces key initiatives and frameworks that are central to the project.
* **Document:** GP-ID-VIS-0101-001-A - GAIA AIR Long-Term Vision Statement
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* **Content:** [Link to the GAIA AIR Long-Term Vision Statement document, or embed the full text here if it's concise. This is the inspiring, high-level vision we crafted earlier.]
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* **IN:** GP-ID-VIS-0101-002-A - **Core Principles and Values**
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* **Document:** GP-ID-VIS-0101-002-A - GAIA AIR Core Principles and Values
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* **Content:** [Link to the GAIA AIR Core Principles and Values document, or embed the content. This outlines Sustainability, Innovation, Collaboration, Safety, Accessibility, Ethical Responsibility, and Inspiration.]
* **Content:** [Placeholder for a document describing how the project's roadmap has evolved over time, including changes in goals, timelines, and technologies.]
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### 1.1.3 Current Status and Objectives
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* **IN:** GP-ID-STAT-0103-001-A - **Current Project Status Report**
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* **Document:** GP-ID-STAT-0103-001-A - Current Project Status Report
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* **Content:** [Placeholder for a regularly updated document providing a snapshot of the project's current status, progress, and challenges.]
* **IN:** GP-ID-PN-0103-001-A - **GAIA AIR Part Numbering System**
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* **Document:** GP-ID-PN-0103-001-A - GAIA AIR Part Numbering System
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* **Content:**
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* 1. **Introduction:** Purpose, scope, and importance of a consistent part numbering system.
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* 2. **Part Number Structure:**
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* Detailed explanation of each field in the P/N: `[Project Code]-[System Code]-[Subsystem Code]-[Component Code]-[Sequential Number]-[Maturity Level]`
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* Examples for each field.
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* Rules for assigning codes (e.g., allowed characters, length limits).
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* Table with allowed values
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* Flowchart diagram with the P/N creation.
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* 3. **Project Code:**
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* Definition: `GAIAPULSE`
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* Justification: Clearly identifies all parts as belonging to the GAIA AIR project.
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* 4. **System Code:**
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* Definition: Two or three-letter code indicating the major system (e.g., `AM` for AMPEL, `QP` for Quantum Propulsion, `AE` for AEHCS).
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* **Controlled List:** A table listing *all* allowed System Codes and their meanings. This is *critical* for consistency. *This list must be maintained and updated as the project evolves.*
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* 5. **Subsystem Code:**
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* Definition: Two or three-letter code indicating the subsystem *within* the major system (aligned with ATA chapters where applicable, or custom codes for new systems).
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* **Controlled List:** A table listing all allowed Subsystem Codes and their meanings, organized by System Code. *This is also critical.*
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* 6. **Component Code:**
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* Definition: A two to four-letter code indicating the specific component or assembly (e.g., `FRM` for Frame, `PS` for Particle Source, `QSM` for Quantum State Modulator).
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* **Controlled List:** A table listing all allowed Component Codes and their meanings, organized by System and Subsystem. *This is essential to prevent duplication and ambiguity.*
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* 7. **Sequential Number:**
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* Definition: A five-digit (or more) number, starting from 00001, to uniquely identify each part *within* that component type.
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* **Rules:** How to assign sequential numbers (e.g., centrally controlled, assigned by engineering teams, etc.). How to handle gaps in the sequence. How to handle parts that are *similar* but not *identical* (variants).
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* 8. **Maturity Level:**
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* Definition: A single letter indicating the maturity level:
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* `X`: Experimental/Conceptual
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* `P`: Prototype
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* `D`: Development
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* `Q`: Qualified
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* `O`: Operational
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* `R`: Retired/Replaced
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* **Rules:** Criteria for assigning and changing the maturity level (e.g., after successful completion of a PDR, the level might change from P to D).
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* 9. **Examples:** Provide several examples of complete P/Ns, breaking them down to show how each field is used.
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* 10. **Requesting New Codes:** Describe the process for requesting new System, Subsystem, or Component codes (who approves them, how are they added to the controlled lists).
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* 11. **Integration with PLM/PDM:** Explain how the P/N system is implemented within the project's PLM/PDM system (e.g., 3DEXPERIENCE, Teamcenter).
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* 12. **Revision History:** A table tracking changes to the P/N system document.
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* **13. Appendices (if needed):**
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* Detailed flowcharts for different P/N assignment scenarios.
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* Examples of P/N usage in different document types (drawings, BOMs, etc.)
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---
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```
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**Explanation:**
@@ -331,6 +494,29 @@ The core principles and values outlined in this document represent GAIA AIR's un
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