Technical Work
Technical Focus Areas
A structured map of the broad aerospace domains that may inform future research, dialogue and proportionate technical activity.
Technical landscape
Aerospace challenges rarely remain inside a single technical discipline.
Technical Focus Areas identify broad fields in which future AF research, technical dialogue, Working Groups, frameworks, guidance or Recommended Practices may develop.
Priorities should emerge from real needs, relevant evidence and appropriate expertise rather than from a predetermined catalogue. A subject may cross several Focus Areas, and the least intrusive useful response may be research, dialogue, signposting to existing work or no new AF output.
Understand the distinction
A focus area identifies a field. A work item identifies a question.
The domain map helps place expertise; it does not announce an active project, an available service or a new requirement.
Define the interface
A question about an autonomous aircraft can cross software, cybersecurity, operations and human factors. Describe the system boundary and the issue before selecting a single domain label.
Assess a defined needIdentify the appropriate technical home
Use the published Committee scope to locate continuing subject expertise. A focused task can need a bounded Working Group rather than a new permanent structure.
Technical Committee scopesChoose the proportionate outcome
Landscape review, research, guidance, a Recommended Practice or no new document may answer the need. A normative publication requires a separately justified route.
Standards DevelopmentIn-page index
Navigate the technical landscape.
Technical domains
Broad fields for future evidence, dialogue and structured technical consideration.
Aviation Systems & Operations
Aircraft and the operational environments that support safe, reliable flight. AF does not exercise airworthiness authority.
- Commercial aviation
- General aviation
- Business aviation
- Cargo
- Flight operations
- Air navigation
- Airports
- Ground systems
- Ground handling
- MRO
- Continuing-airworthiness context
- Cabin and operational safety
Space Systems & Operations
Connected technical and operational questions from launch through mission activity and end-of-life context.
- Spacecraft
- Satellites
- Launch systems
- Ground segment
- Mission control
- Space communications
- Satellite operations
- Earth observation
- Space infrastructure
- Human-spaceflight context
- Commercial space activity
UAS & Advanced Air Mobility
Developing aircraft, operating concepts and infrastructure with significant autonomy, integration and assurance questions.
- UAV and UAS
- Autonomous aircraft
- Detect & Avoid
- Remote operations
- eVTOL
- Advanced Air Mobility
- Electric aircraft
- Future mobility infrastructure
Propulsion & Energy
Established and emerging propulsion architectures together with their energy, integration, safety and lifecycle implications.
- Turbine propulsion
- Rocket propulsion
- Electric propulsion
- Hybrid systems
- Hydrogen
- Batteries
- Fuel cells
- Energy storage
- Sustainable aviation fuel
Manufacturing, Materials & Supply Chain
Production capability, material performance and the traceable networks that support aerospace systems.
- Aerospace manufacturing
- Structures
- Avionics manufacturing
- Advanced materials
- Composites
- Additive manufacturing
- Tooling
- Supplier quality
- Traceability
- Counterfeit prevention
- Supply-chain resilience
- Critical materials
Safety, Quality & Product Assurance
Disciplines that help preserve intended performance and manage risk across complex aerospace lifecycles.
- System safety
- Flight safety
- Space safety
- Quality
- Reliability
- Maintainability
- Mission assurance
- Software assurance
- Hardware assurance
- Configuration management
- Lifecycle assurance
Connected technical domains
Testing, Verification & Qualification
A technical domain concerned with evidence and assessment. Its inclusion does not imply that AF currently operates laboratories.
- Structural testing
- Vibration and shock
- Environmental testing
- Thermal vacuum
- EMC / EMI
- HIRF
- Lightning
- Fire
- Materials testing
- NDT
- Software verification
- Hardware verification
- Simulation
- Validation
AI, Digital Engineering & Autonomous Systems
Digital methods and intelligent capabilities considered together with evidence, assurance, human oversight and operational context.
- Artificial intelligence
- Machine learning
- Autonomous systems
- Digital twins
- MBSE
- Simulation
- Predictive maintenance
- Smart manufacturing
- Robotics
- Digital engineering
Cybersecurity & Resilience
Protection and resilience across increasingly connected vehicles, missions, infrastructure and supply networks.
- Aircraft cybersecurity
- Avionics cybersecurity
- Space cybersecurity
- Satellite security
- Ground-system security
- Software security
- Supply-chain cybersecurity
- Secure communications
- GNSS resilience
- Critical infrastructure
Sustainability & Lifecycle
Environmental and resource considerations across design, manufacture, operation, maintenance and end of life.
- Sustainable aviation
- Sustainable space
- Emissions
- Noise
- Alternative propulsion
- Sustainable manufacturing
- Circular economy
- Aircraft end of life
- Environmental responsibility
Orbital Safety & Space Sustainability
Technical and operational questions that affect safe, responsible and sustainable use of orbital environments.
- Space situational awareness
- Orbital safety
- Collision avoidance
- Satellite tracking
- Space debris
- Debris mitigation
- End-of-life operations
- Re-entry considerations
- Responsible space operations
Aerospace & Dual-Use Systems
A deliberately limited scope for aerospace mission systems and relevant dual-use technology. AF remains an Aerospace Federation and does not extend this area into unrelated land or naval warfare systems.
- Military aviation
- Aerospace mission systems
- Dual-use aerospace technology
- Aerospace electronics
- UAS
- Space-related defence technology
- Secure aerospace communications
From domain to formal work
A defined need must exist before a formal structure is justified.
- Focus Area
- Defined technical need
- Member and expert interest
- Scope assessment
- Governance review
- Technical Committee or Working Group where justified
No fictional committee or programme is created by this taxonomy. Any Working Group should remain focused and temporary; any Technical Committee requires a formal mandate and accountable governance.
Where standards fit
Formal standards require more than technical interest.
AF Technical Work may produce frameworks, guidance and Recommended Practices. Where a stable normative requirement set is justified, a defined project can enter the AF Standards Programme through scope development, technical review, consultation and controlled publication.
The AF Standards Programme records one published edition and seven Concept Stage scopes. Explore their current status and technical connections in the Standards Catalogue.
Move from a domain map to a controlled technical process.
Review how technical needs are assessed or learn how eligible members may propose a defined topic.