The Project Management & Governance team within GAIA-Q-Aerospace ensures the efficient, transparent, and compliant execution of projects across all aerospace and quantum computing domains.
Our mission is to establish and maintain robust governance practices, optimize project workflows, and facilitate collaboration across interdisciplinary teams to achieve strategic objectives and sustainable growth.
- Project Oversight: Manage project lifecycles from inception through completion, including scheduling, resource allocation, and risk mitigation.
- Governance Framework: Develop and enforce standards, procedures, and policies that align with industry best practices and regulatory requirements.
- Compliance Management: Ensure projects comply with applicable aerospace regulations, quantum computing standards, and environmental sustainability guidelines.
- Collaboration & Communication: Facilitate effective communication among teams, stakeholders, and external partners to enhance transparency and efficiency.
- Project charters and detailed plans
- Governance policies and procedural guidelines
- Regulatory compliance documentation
- Risk assessment reports and mitigation strategies
The team leverages GAIA Platforms, utilizing the Model Context Protocol (MCP) to maintain seamless interoperability with technical teams and external partners, promoting unified project management across GAIA’s AIR, SPACE, and COMMON domains.
For inquiries or collaboration requests:
- Email: amedeo.pelliccia@gmail.com
- GitHub: Gaia-Q-Aerospace
title: Technology-to-Impact Relationship Diagrams id: GP-FD-07-003-FIG-A version: 1.0.0 date: 2025-05-10 authors: [GAIA Quantum Aerospace Technical Team] reviewers: [Systems Integration Working Group, Sustainability Integration Board] approvers: [Chief Technology Officer, Chief Sustainability Officer] tags: [relationships, visualization, technology-mapping, impact-assessment, systems-thinking] related: [GP-FD-07-001-OV-A, GP-FD-07-002-SPEC-A, GP-FD-07-004-PLAN-A, GP-AM-ATA72-0200-001-SPEC-A, GP-GRO-H2-0402-001-OV-A] sustainability_impact: direct co2_reduction_potential: high
DISCLAIMER: GenAI Proposal Status
This document was generated with assistance from artificial intelligence and represents a proposed structure for the GAIA AIR AMPEL360XWLRGA COAFI documentation system. It should be reviewed by subject matter experts before implementation in any operational context.
This document provides visual representations of the key relationships between technologies, systems, operational practices, and environmental impacts within the GA-SToP-CO2 framework. These relationship diagrams serve as critical tools for:
- Understanding complex interdependencies
- Identifying optimization opportunities
- Supporting decision-making across the aerospace value chain
Using standardized notation and systems engineering principles, these diagrams ensure clarity, consistency, and actionability. They are designed as living documents that evolve as technologies mature and new relationships emerge.
This document:
- Visualizes causal relationships between technologies and CO₂ emissions
- Maps dependencies between different technological systems
- Identifies critical pathways for decarbonization
- Highlights potential synergies and trade-offs
- Supports cross-domain optimization
| Relationship | Symbol | Description |
|---|---|---|
| impacts | → | Direct causal effect (positive or negative) |
| requires | ⇒ | Dependency relationship |
| contributes_to | ⇢ | Positive correlation or contribution |
| measured_by | ⊢ | Measurement or quantification relationship |
| regulated_by | ⊨ | Governance or regulatory relationship |
| trade_off | ⇄ | Inverse relationship or competing objectives |
| synergy | ⇆ | Mutually reinforcing relationship |
| Node Type | Visual | Description |
|---|---|---|
| Technology | Rectangle | Technical systems or components |
| Process | Rounded Rectangle | Operational processes or activities |
| Metric | Diamond | Quantitative measures or indicators |
| Impact | Hexagon | Environmental or performance outcomes |
| Enabler | Oval | Supporting infrastructure or capabilities |
| Policy | Octagon | Regulatory or governance elements |
| Color | Domain | Sustainability Impact |
|---|---|---|
| Green | Cross-cutting | High positive impact |
| Blue | Air Systems | Medium positive impact |
| Purple | Space Systems | Low positive impact |
| Orange | Ground Operations | Neutral impact |
| Yellow | Supply Chain | Low negative impact |
| Red | Any | High negative impact |
graph TD
A["Conventional Turbofan"] -->|"3.67 kgCO₂e/kg"| B["CO₂ Emissions"]
C["Hybrid-Electric Propulsion"] -->|"2.20 kgCO₂e/kg"| B
D["Hydrogen Combustion"] -->|"1.20 kgCO₂e/kg"| B
E["Hydrogen Fuel Cell"] -->|"0.45 kgCO₂e/kg"| B
C ==>|"requires"| F["Battery Technology"]
C ==>|"requires"| G["Power Electronics"]
D ==>|"requires"| H["H₂ Storage Systems"]
D ==>|"requires"| I["H₂ Infrastructure"]
E ==>|"requires"| H
E ==>|"requires"| I
E ==>|"requires"| J["Fuel Cell Systems"]
F -->|"impacts"| K["Aircraft Weight"]
H -->|"impacts"| K
K -->|"impacts"| L["Fuel Efficiency"]
L -->|"impacts"| B
M["Sustainable Aviation Fuel"] -->|"2.10-3.50 kgCO₂e/kg"| B
M ==>|"requires"| N["Biomass Feedstock"]
M ==>|"requires"| O["SAF Production"]
P["Electric Propulsion"] -->|"0.05-0.48 kgCO₂e/kg"| B
P ==>|"requires"| F
P ==>|"requires"| Q["Renewable Energy"]
R["CORSIA"] -.->|"regulates"| B
S["EU ETS"] -.->|"regulates"| B
T["Well-to-Wake Metric"] -.->|"measures"| B
U["FECI Metric"] -.->|"measures"| L
%% CLASES DE COLOR SEGÚN TU TABLA
classDef crosscutting fill:#157347,stroke:#0d3620,stroke-width:2px,color:#fff;
classDef air fill:#2253a2,stroke:#11294f,stroke-width:2px,color:#fff;
classDef space fill:#5f259f,stroke:#2e124b,stroke-width:2px,color:#fff;
classDef ground fill:#b85c00,stroke:#704000,stroke-width:2px,color:#fff;
classDef supply fill:#bba100,stroke:#7a6e00,stroke-width:2px,color:#222;
classDef negative fill:#b10821,stroke:#4a0610,stroke-width:2px,color:#fff;
classDef regulation fill:#666,stroke:#222,stroke-width:2px,color:#fff;
class C,P,A,D,E,M air;
class F,G,Q crosscutting;
class O,N space;
class I,H ground;
class K,L,B negative;
class J supply;
class R,S,T,U regulation;