Scientific domain
Aerospace Systems R&D
System-level programmes where subsystem interactions, qualification evidence, and integration risk dominate. The framework's role is evidence structuring and assurance, not design authority.
Typical research questions
- Which subsystem claims rest on qualification evidence versus analysis?
- Where do integration assumptions lack test coverage?
- What is the evidence state of each interface assumption?
- Which dual-use or export considerations gate disclosure?
Common confounders
- Analysis substituted for qualification testing
- Environment mismatch between test and operation
- Interface assumptions undocumented across teams
- Heritage claims from non-equivalent configurations
- Margin accounting inconsistencies
What the framework can help determine
- Evidence state of each subsystem and interface claim
- Test coverage gaps against stated assumptions
- Where heritage arguments do not transfer
- Disclosure sequencing constraints
What it cannot claim
- Flight qualification or airworthiness of any system
- Performance figures not supported by test evidence
Typical inputs
- Subsystem test reports
- Interface control documents
- Analysis reports and model descriptions
- Heritage configuration records
Expected outputs
- Subsystem evidence map
- Test coverage gap register
- Model card set
- Executive decision packet with disclosure constraints