# skills

skill_id: requirements_engineering.intent-classification
domain_id: requirements_engineering
name: Intent classification
status: reading
description:
Intent classification: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.functional-decomposition
domain_id: requirements_engineering
name: Functional decomposition
status: reading
description:
Functional decomposition: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.constraint-extraction
domain_id: requirements_engineering
name: Constraint extraction
status: reading
description:
Constraint extraction: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.tolerance-capture
domain_id: requirements_engineering
name: Tolerance capture
status: reading
description:
Tolerance capture: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.ambiguity-detection
domain_id: requirements_engineering
name: Ambiguity detection
status: reading
description:
Ambiguity detection: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.targeted-clarification
domain_id: requirements_engineering
name: Targeted clarification
status: reading
description:
Targeted clarification: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.acceptance-criteria
domain_id: requirements_engineering
name: Acceptance criteria
status: reading
description:
Acceptance criteria: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.interface-definition
domain_id: requirements_engineering
name: Interface definition
status: reading
description:
Interface definition: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.environment-definition
domain_id: requirements_engineering
name: Environment definition
status: reading
description:
Environment definition: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.user-definition
domain_id: requirements_engineering
name: User definition
status: reading
description:
User definition: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.risk-classification
domain_id: requirements_engineering
name: Risk classification
status: reading
description:
Risk classification: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.design-brief-generation
domain_id: requirements_engineering
name: Design brief generation
status: reading
description:
Design brief generation: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.requirement-traceability
domain_id: requirements_engineering
name: Requirement traceability
status: reading
description:
Requirement traceability: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: requirements_engineering.change-request-management
domain_id: requirements_engineering
name: Change request management
status: reading
description:
Change request management: Convert natural-language dialog into complete, measurable and testable design briefs.


skill_id: parametric_cad.freecad-spreadsheet-parameters
domain_id: parametric_cad
name: FreeCAD spreadsheet parameters
status: reading
description:
FreeCAD spreadsheet parameters: Create reusable dimension-driven engineering models with editable source.


skill_id: parametric_cad.constraint-driven-features
domain_id: parametric_cad
name: Constraint-driven features
status: reading
description:
Constraint-driven features: Create reusable dimension-driven engineering models with editable source.


skill_id: parametric_cad.reusable-component-libraries
domain_id: parametric_cad
name: Reusable component libraries
status: reading
description:
Reusable component libraries: Create reusable dimension-driven engineering models with editable source.


skill_id: mesh_and_sculpting.blender-mesh-fundamentals
domain_id: mesh_and_sculpting
name: Blender mesh fundamentals
status: reading
description:
Blender mesh fundamentals: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.subdivision-modelling
domain_id: mesh_and_sculpting
name: Subdivision modelling
status: reading
description:
Subdivision modelling: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.geometry-nodes-fundamentals
domain_id: mesh_and_sculpting
name: Geometry Nodes fundamentals
status: reading
description:
Geometry Nodes fundamentals: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.procedural-modelling
domain_id: mesh_and_sculpting
name: Procedural modelling
status: reading
description:
Procedural modelling: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.hybrid-cad-mesh-workflow
domain_id: mesh_and_sculpting
name: Hybrid CAD mesh workflow
status: reading
description:
Hybrid CAD mesh workflow: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.relief-generation
domain_id: mesh_and_sculpting
name: Relief generation
status: reading
description:
Relief generation: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.texture-to-geometry
domain_id: mesh_and_sculpting
name: Texture to geometry
status: reading
description:
Texture to geometry: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mesh_and_sculpting.organic-product-forms
domain_id: mesh_and_sculpting
name: Organic product forms
status: reading
description:
Organic product forms: Create organic, artistic and procedural meshes while retaining manufacturability.


skill_id: mechanical_design.static-force-reasoning
domain_id: mechanical_design
name: Static force reasoning
status: reading
description:
Static force reasoning: Design functional parts around loads, interfaces, service and failure modes.


skill_id: mechanical_design.stress-concentration-awareness
domain_id: mechanical_design
name: Stress concentration awareness
status: reading
description:
Stress concentration awareness: Design functional parts around loads, interfaces, service and failure modes.


skill_id: mechanical_design.mechanical-design-reviews
domain_id: mechanical_design
name: Mechanical design reviews
status: reading
description:
Mechanical design reviews: Design functional parts around loads, interfaces, service and failure modes.


skill_id: assemblies_and_mechanisms.assembly-sequencing
domain_id: assemblies_and_mechanisms
name: Assembly sequencing
status: reading
description:
Assembly sequencing: Create moving and serviceable assemblies with controlled freedom and clearance.


skill_id: materials_and_processes.material-requirement-mapping
domain_id: materials_and_processes
name: Material requirement mapping
status: reading
description:
Material requirement mapping: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.pla-considerations
domain_id: materials_and_processes
name: PLA considerations
status: reading
description:
PLA considerations: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.petg-considerations
domain_id: materials_and_processes
name: PETG considerations
status: reading
description:
PETG considerations: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.tpu-considerations
domain_id: materials_and_processes
name: TPU considerations
status: reading
description:
TPU considerations: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.abs-considerations
domain_id: materials_and_processes
name: ABS considerations
status: reading
description:
ABS considerations: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.asa-considerations
domain_id: materials_and_processes
name: ASA considerations
status: reading
description:
ASA considerations: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.nylon-considerations
domain_id: materials_and_processes
name: Nylon considerations
status: reading
description:
Nylon considerations: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.composite-filament-cautions
domain_id: materials_and_processes
name: Composite filament cautions
status: reading
description:
Composite filament cautions: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.resin-family-selection
domain_id: materials_and_processes
name: Resin family selection
status: reading
description:
Resin family selection: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.drying-and-moisture
domain_id: materials_and_processes
name: Drying and moisture
status: reading
description:
Drying and moisture: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.temperature-exposure
domain_id: materials_and_processes
name: Temperature exposure
status: reading
description:
Temperature exposure: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.chemical-compatibility
domain_id: materials_and_processes
name: Chemical compatibility
status: reading
description:
Chemical compatibility: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.surface-finishing
domain_id: materials_and_processes
name: Surface finishing
status: reading
description:
Surface finishing: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: materials_and_processes.alternative-process-selection
domain_id: materials_and_processes
name: Alternative process selection
status: reading
description:
Alternative process selection: Choose materials and processes from evidence, environment and manufacturing needs.


skill_id: electronics_integration.pcb-measurement-capture
domain_id: electronics_integration
name: PCB measurement capture
status: reading
description:
PCB measurement capture: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.connector-keep-outs
domain_id: electronics_integration
name: Connector keep-outs
status: reading
description:
Connector keep-outs: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.cable-strain-relief
domain_id: electronics_integration
name: Cable strain relief
status: reading
description:
Cable strain relief: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.heat-source-separation
domain_id: electronics_integration
name: Heat-source separation
status: reading
description:
Heat-source separation: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.battery-compartment-caution
domain_id: electronics_integration
name: Battery compartment caution
status: reading
description:
Battery compartment caution: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.low-voltage-panels
domain_id: electronics_integration
name: Low-voltage panels
status: reading
description:
Low-voltage panels: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.electronics-service-access
domain_id: electronics_integration
name: Electronics service access
status: reading
description:
Electronics service access: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: electronics_integration.electrical-risk-escalation
domain_id: electronics_integration
name: Electrical risk escalation
status: reading
description:
Electrical risk escalation: Package low-voltage electronics while escalating electrical and thermal hazards.


skill_id: reverse_engineering_and_scanning.measurement-planning
domain_id: reverse_engineering_and_scanning
name: Measurement planning
status: reading
description:
Measurement planning: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.photo-reference-capture
domain_id: reverse_engineering_and_scanning
name: Photo reference capture
status: reading
description:
Photo reference capture: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.photogrammetry-awareness
domain_id: reverse_engineering_and_scanning
name: Photogrammetry awareness
status: reading
description:
Photogrammetry awareness: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.depth-scanning
domain_id: reverse_engineering_and_scanning
name: Depth scanning
status: reading
description:
Depth scanning: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.kinect-workflow
domain_id: reverse_engineering_and_scanning
name: Kinect workflow
status: reading
description:
Kinect workflow: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.scan-calibration
domain_id: reverse_engineering_and_scanning
name: Scan calibration
status: reading
description:
Scan calibration: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.point-cloud-cleaning
domain_id: reverse_engineering_and_scanning
name: Point-cloud cleaning
status: reading
description:
Point-cloud cleaning: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.mesh-alignment
domain_id: reverse_engineering_and_scanning
name: Mesh alignment
status: reading
description:
Mesh alignment: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.datum-extraction
domain_id: reverse_engineering_and_scanning
name: Datum extraction
status: reading
description:
Datum extraction: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.surface-fitting
domain_id: reverse_engineering_and_scanning
name: Surface fitting
status: reading
description:
Surface fitting: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.opposite-limb-mirroring
domain_id: reverse_engineering_and_scanning
name: Opposite-limb mirroring
status: reading
description:
Opposite-limb mirroring: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.uncertainty-recording
domain_id: reverse_engineering_and_scanning
name: Uncertainty recording
status: reading
description:
Uncertainty recording: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: reverse_engineering_and_scanning.scan-to-cad-workflow
domain_id: reverse_engineering_and_scanning
name: Scan-to-CAD workflow
status: reading
description:
Scan-to-CAD workflow: Turn measurements, photos, scans and point clouds into controlled reference geometry.


skill_id: ergonomics_and_accessibility.wheelchair-and-mobility-access
domain_id: ergonomics_and_accessibility
name: Wheelchair and mobility access
status: reading
description:
Wheelchair and mobility access: Design for diverse reach, grip, strength, vision, cognition and mobility.


skill_id: prosthetic_cosmetic_covers.external-hardware-envelope
domain_id: prosthetic_cosmetic_covers
name: External hardware envelope
status: reading
description:
External hardware envelope: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.safe-clearance-zones
domain_id: prosthetic_cosmetic_covers
name: Safe clearance zones
status: reading
description:
Safe clearance zones: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.calf-reconstruction
domain_id: prosthetic_cosmetic_covers
name: Calf reconstruction
status: reading
description:
Calf reconstruction: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.opposite-limb-mirroring
domain_id: prosthetic_cosmetic_covers
name: Opposite-limb mirroring
status: reading
description:
Opposite-limb mirroring: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.panel-splitting
domain_id: prosthetic_cosmetic_covers
name: Panel splitting
status: reading
description:
Panel splitting: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.ventilation
domain_id: prosthetic_cosmetic_covers
name: Ventilation
status: reading
description:
Ventilation: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.clasp-access
domain_id: prosthetic_cosmetic_covers
name: Clasp access
status: reading
description:
Clasp access: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.ossiguard-profile-integration
domain_id: prosthetic_cosmetic_covers
name: Ossiguard profile integration
status: reading
description:
Ossiguard profile integration: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.non-load-bearing-attachment
domain_id: prosthetic_cosmetic_covers
name: Non-load-bearing attachment
status: reading
description:
Non-load-bearing attachment: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.covercanvas-artwork
domain_id: prosthetic_cosmetic_covers
name: CoverCanvas artwork
status: reading
description:
CoverCanvas artwork: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.test-shells
domain_id: prosthetic_cosmetic_covers
name: Test shells
status: reading
description:
Test shells: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.clinical-escalation
domain_id: prosthetic_cosmetic_covers
name: Clinical escalation
status: reading
description:
Clinical escalation: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.mandatory-shire-branding
domain_id: prosthetic_cosmetic_covers
name: Mandatory SHiRE branding
status: reading
description:
Mandatory SHiRE branding: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: prosthetic_cosmetic_covers.cover-validation
domain_id: prosthetic_cosmetic_covers
name: Cover validation
status: reading
description:
Cover validation: Create removable, non-load-bearing covers around approved external prosthetic hardware.


skill_id: toys_fidgets_and_articulation.articulated-chain-bodies
domain_id: toys_fidgets_and_articulation
name: Articulated chain bodies
status: reading
description:
Articulated chain bodies: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.print-in-place-hinges
domain_id: toys_fidgets_and_articulation
name: Print-in-place hinges
status: reading
description:
Print-in-place hinges: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.safe-rattle-chambers
domain_id: toys_fidgets_and_articulation
name: Safe rattle chambers
status: reading
description:
Safe rattle chambers: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.flexiforge-segmentation
domain_id: toys_fidgets_and_articulation
name: FlexiForge segmentation
status: reading
description:
FlexiForge segmentation: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.automatic-clearance-assignment
domain_id: toys_fidgets_and_articulation
name: Automatic clearance assignment
status: reading
description:
Automatic clearance assignment: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.flat-print-creatures
domain_id: toys_fidgets_and_articulation
name: Flat-print creatures
status: reading
description:
Flat-print creatures: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.durability-cycle-testing
domain_id: toys_fidgets_and_articulation
name: Durability cycle testing
status: reading
description:
Durability cycle testing: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.small-part-screening
domain_id: toys_fidgets_and_articulation
name: Small-part screening
status: reading
description:
Small-part screening: Design harmless articulated products and convert suitable models into fidgets.


skill_id: toys_fidgets_and_articulation.harmless-prop-gating
domain_id: toys_fidgets_and_articulation
name: Harmless prop gating
status: reading
description:
Harmless prop gating: Design harmless articulated products and convert suitable models into fidgets.


skill_id: product_aesthetics.silhouette-development
domain_id: product_aesthetics
name: Silhouette development
status: reading
description:
Silhouette development: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.proportion-systems
domain_id: product_aesthetics
name: Proportion systems
status: reading
description:
Proportion systems: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.hard-surface-detailing
domain_id: product_aesthetics
name: Hard-surface detailing
status: reading
description:
Hard-surface detailing: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.organic-detailing
domain_id: product_aesthetics
name: Organic detailing
status: reading
description:
Organic detailing: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.texture-hierarchy
domain_id: product_aesthetics
name: Texture hierarchy
status: reading
description:
Texture hierarchy: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.brand-integration
domain_id: product_aesthetics
name: Brand integration
status: reading
description:
Brand integration: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.colour-and-material-planning
domain_id: product_aesthetics
name: Colour and material planning
status: reading
description:
Colour and material planning: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.reference-boards
domain_id: product_aesthetics
name: Reference boards
status: reading
description:
Reference boards: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.originality-transformation
domain_id: product_aesthetics
name: Originality transformation
status: reading
description:
Originality transformation: Translate visual direction into coherent, original and manufacturable product form.


skill_id: product_aesthetics.multi-view-review
domain_id: product_aesthetics
name: Multi-view review
status: reading
description:
Multi-view review: Translate visual direction into coherent, original and manufacturable product form.


skill_id: furniture_storage_and_household.household-usability-testing
domain_id: furniture_storage_and_household
name: Household usability testing
status: reading
description:
Household usability testing: Design practical organisers, fittings and conceptual furniture components.


skill_id: architecture_and_space.room-measurement
domain_id: architecture_and_space
name: Room measurement
status: reading
description:
Room measurement: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.floor-plans
domain_id: architecture_and_space
name: Floor plans
status: reading
description:
Floor plans: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.circulation-analysis
domain_id: architecture_and_space
name: Circulation analysis
status: reading
description:
Circulation analysis: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.furniture-layout
domain_id: architecture_and_space
name: Furniture layout
status: reading
description:
Furniture layout: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.storage-planning
domain_id: architecture_and_space
name: Storage planning
status: reading
description:
Storage planning: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.accessibility-layout
domain_id: architecture_and_space
name: Accessibility layout
status: reading
description:
Accessibility layout: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.rental-safe-improvements
domain_id: architecture_and_space
name: Rental-safe improvements
status: reading
description:
Rental-safe improvements: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.lighting-concepts
domain_id: architecture_and_space
name: Lighting concepts
status: reading
description:
Lighting concepts: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.concept-rendering
domain_id: architecture_and_space
name: Concept rendering
status: reading
description:
Concept rendering: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.budget-alternatives
domain_id: architecture_and_space
name: Budget alternatives
status: reading
description:
Budget alternatives: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: architecture_and_space.qualified-review-boundaries
domain_id: architecture_and_space
name: Qualified-review boundaries
status: reading
description:
Qualified-review boundaries: Create measured conceptual layouts without pretending to replace licensed professionals.


skill_id: validation_and_simulation.static-simulation-awareness
domain_id: validation_and_simulation
name: Static simulation awareness
status: reading
description:
Static simulation awareness: Collect traceable evidence that a design meets requirements before release.


skill_id: validation_and_simulation.physical-test-protocols
domain_id: validation_and_simulation
name: Physical test protocols
status: reading
description:
Physical test protocols: Collect traceable evidence that a design meets requirements before release.


skill_id: research_ip_and_provenance.research-query-generation
domain_id: research_ip_and_provenance
name: Research query generation
status: reading
description:
Research query generation: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.primary-source-ranking
domain_id: research_ip_and_provenance
name: Primary-source ranking
status: reading
description:
Primary-source ranking: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.source-records
domain_id: research_ip_and_provenance
name: Source records
status: reading
description:
Source records: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.creative-commons-interpretation
domain_id: research_ip_and_provenance
name: Creative Commons interpretation
status: reading
description:
Creative Commons interpretation: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.spdx-identifiers
domain_id: research_ip_and_provenance
name: SPDX identifiers
status: reading
description:
SPDX identifiers: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.unknown-licence-quarantine
domain_id: research_ip_and_provenance
name: Unknown-licence quarantine
status: reading
description:
Unknown-licence quarantine: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.reference-only-ingestion
domain_id: research_ip_and_provenance
name: Reference-only ingestion
status: reading
description:
Reference-only ingestion: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.principle-extraction
domain_id: research_ip_and_provenance
name: Principle extraction
status: reading
description:
Principle extraction: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.prior-art-awareness
domain_id: research_ip_and_provenance
name: Prior-art awareness
status: reading
description:
Prior-art awareness: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.similarity-review
domain_id: research_ip_and_provenance
name: Similarity review
status: reading
description:
Similarity review: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.attribution-generation
domain_id: research_ip_and_provenance
name: Attribution generation
status: reading
description:
Attribution generation: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.commercial-use-gating
domain_id: research_ip_and_provenance
name: Commercial-use gating
status: reading
description:
Commercial-use gating: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.freshness-checks
domain_id: research_ip_and_provenance
name: Freshness checks
status: reading
description:
Freshness checks: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: research_ip_and_provenance.research-reports
domain_id: research_ip_and_provenance
name: Research reports
status: reading
description:
Research reports: Research existing solutions lawfully and convert sources into original design knowledge.


skill_id: safety_and_regulated_design.pressure-system-escalation
domain_id: safety_and_regulated_design
name: Pressure-system escalation
status: reading
description:
Pressure-system escalation: Detect prohibited or high-risk requests and constrain SHiRE to safe work.


skill_id: safety_and_regulated_design.mains-electrical-escalation
domain_id: safety_and_regulated_design
name: Mains-electrical escalation
status: reading
description:
Mains-electrical escalation: Detect prohibited or high-risk requests and constrain SHiRE to safe work.


skill_id: safety_and_regulated_design.vehicle-safety-escalation
domain_id: safety_and_regulated_design
name: Vehicle-safety escalation
status: reading
description:
Vehicle-safety escalation: Detect prohibited or high-risk requests and constrain SHiRE to safe work.


skill_id: documentation_and_release.checksum-manifests
domain_id: documentation_and_release
name: Checksum manifests
status: reading
description:
Checksum manifests: Package editable sources, validated exports, instructions, licences and evidence.


skill_id: documentation_and_release.validation-reports
domain_id: documentation_and_release
name: Validation reports
status: reading
description:
Validation reports: Package editable sources, validated exports, instructions, licences and evidence.


skill_id: documentation_and_release.attribution-files
domain_id: documentation_and_release
name: Attribution files
status: reading
description:
Attribution files: Package editable sources, validated exports, instructions, licences and evidence.


skill_id: documentation_and_release.user-instructions
domain_id: documentation_and_release
name: User instructions
status: reading
description:
User instructions: Package editable sources, validated exports, instructions, licences and evidence.


skill_id: documentation_and_release.shirevault-ready-publishing
domain_id: documentation_and_release
name: SHiREVault Ready publishing
status: reading
description:
SHiREVault Ready publishing: Package editable sources, validated exports, instructions, licences and evidence.


skill_id: documentation_and_release.archive-retention
domain_id: documentation_and_release
name: Archive retention
status: reading
description:
Archive retention: Package editable sources, validated exports, instructions, licences and evidence.


skill_id: commercial_product_design.competitive-principle-analysis
domain_id: commercial_product_design
name: Competitive principle analysis
status: reading
description:
Competitive principle analysis: Develop original, repeatable and sellable products with honest claims.


# cards_content

c0: requirements_engineering.intent-classification
c1: requirements_engineering
c2: Intent classification
c3: definition
c4: What is Intent classification?
c5:
Intent classification is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.intent-classification
c1: requirements_engineering
c2: Intent classification
c3: intake
c4: What must SHiRE know before Intent classification?
c5:
Purpose, users, interfaces, fixed dimensions, tolerances, environment, process, risk, acceptance criteria and evidence that could alter the design.


c0: requirements_engineering.intent-classification
c1: requirements_engineering
c2: Intent classification
c3: validation
c4: How is Intent classification validated?
c5:
Trace tests to requirements, test nominal and boundary cases, preserve editable source and record assumptions, versions, thresholds and evidence.


c0: requirements_engineering.intent-classification
c1: requirements_engineering
c2: Intent classification
c3: evidence
c4: What evidence is required for Intent classification?
c5:
Original dialog, structured brief, assumptions, provenance, licence, editable source, tests, safety decision and certification record.


c0: requirements_engineering.functional-decomposition
c1: requirements_engineering
c2: Functional decomposition
c3: definition
c4: What is Functional decomposition?
c5:
Functional decomposition is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.constraint-extraction
c1: requirements_engineering
c2: Constraint extraction
c3: definition
c4: What is Constraint extraction?
c5:
Constraint extraction is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.unit-capture
c1: requirements_engineering
c2: Unit capture
c3: definition
c4: What is Unit capture?
c5:
Unit capture is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.tolerance-capture
c1: requirements_engineering
c2: Tolerance capture
c3: definition
c4: What is Tolerance capture?
c5:
Tolerance capture is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.ambiguity-detection
c1: requirements_engineering
c2: Ambiguity detection
c3: definition
c4: What is Ambiguity detection?
c5:
Ambiguity detection is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.targeted-clarification
c1: requirements_engineering
c2: Targeted clarification
c3: definition
c4: What is Targeted clarification?
c5:
Targeted clarification is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.acceptance-criteria
c1: requirements_engineering
c2: Acceptance criteria
c3: definition
c4: What is Acceptance criteria?
c5:
Acceptance criteria is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.interface-definition
c1: requirements_engineering
c2: Interface definition
c3: definition
c4: What is Interface definition?
c5:
Interface definition is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.environment-definition
c1: requirements_engineering
c2: Environment definition
c3: definition
c4: What is Environment definition?
c5:
Environment definition is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.user-definition
c1: requirements_engineering
c2: User definition
c3: definition
c4: What is User definition?
c5:
User definition is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.risk-classification
c1: requirements_engineering
c2: Risk classification
c3: definition
c4: What is Risk classification?
c5:
Risk classification is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.design-brief-generation
c1: requirements_engineering
c2: Design brief generation
c3: definition
c4: What is Design brief generation?
c5:
Design brief generation is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.requirement-traceability
c1: requirements_engineering
c2: Requirement traceability
c3: definition
c4: What is Requirement traceability?
c5:
Requirement traceability is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: requirements_engineering.change-request-management
c1: requirements_engineering
c2: Change request management
c3: definition
c4: What is Change request management?
c5:
Change request management is a controlled capability in Requirements Engineering. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.coordinate-systems
c1: geometry_foundations
c2: Coordinate systems
c3: definition
c4: What is Coordinate systems?
c5:
Coordinate systems is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.vectors
c1: geometry_foundations
c2: Vectors
c3: definition
c4: What is Vectors?
c5:
Vectors is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.transforms
c1: geometry_foundations
c2: Transforms
c3: definition
c4: What is Transforms?
c5:
Transforms is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.reference-planes
c1: geometry_foundations
c2: Reference planes
c3: definition
c4: What is Reference planes?
c5:
Reference planes is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.sketch-constraints
c1: geometry_foundations
c2: Sketch constraints
c3: definition
c4: What is Sketch constraints?
c5:
Sketch constraints is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.profiles-and-regions
c1: geometry_foundations
c2: Profiles and regions
c3: definition
c4: What is Profiles and regions?
c5:
Profiles and regions is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.extrusion
c1: geometry_foundations
c2: Extrusion
c3: definition
c4: What is Extrusion?
c5:
Extrusion is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.revolution
c1: geometry_foundations
c2: Revolution
c3: definition
c4: What is Revolution?
c5:
Revolution is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.sweep
c1: geometry_foundations
c2: Sweep
c3: definition
c4: What is Sweep?
c5:
Sweep is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.loft
c1: geometry_foundations
c2: Loft
c3: definition
c4: What is Loft?
c5:
Loft is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.boolean-operations
c1: geometry_foundations
c2: Boolean operations
c3: definition
c4: What is Boolean operations?
c5:
Boolean operations is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.fillets
c1: geometry_foundations
c2: Fillets
c3: definition
c4: What is Fillets?
c5:
Fillets is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.chamfers
c1: geometry_foundations
c2: Chamfers
c3: definition
c4: What is Chamfers?
c5:
Chamfers is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.surface-continuity
c1: geometry_foundations
c2: Surface continuity
c3: definition
c4: What is Surface continuity?
c5:
Surface continuity is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.solid-topology
c1: geometry_foundations
c2: Solid topology
c3: definition
c4: What is Solid topology?
c5:
Solid topology is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.mesh-topology
c1: geometry_foundations
c2: Mesh topology
c3: definition
c4: What is Mesh topology?
c5:
Mesh topology is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.normals-and-winding
c1: geometry_foundations
c2: Normals and winding
c3: definition
c4: What is Normals and winding?
c5:
Normals and winding is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.symmetry
c1: geometry_foundations
c2: Symmetry
c3: definition
c4: What is Symmetry?
c5:
Symmetry is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.patterning
c1: geometry_foundations
c2: Patterning
c3: definition
c4: What is Patterning?
c5:
Patterning is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.bounding-envelopes
c1: geometry_foundations
c2: Bounding envelopes
c3: definition
c4: What is Bounding envelopes?
c5:
Bounding envelopes is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: geometry_foundations.geometric-tolerances
c1: geometry_foundations
c2: Geometric tolerances
c3: definition
c4: What is Geometric tolerances?
c5:
Geometric tolerances is a controlled capability in Geometry Foundations. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.parameter-architecture
c1: parametric_cad
c2: Parameter architecture
c3: definition
c4: What is Parameter architecture?
c5:
Parameter architecture is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.derived-parameters
c1: parametric_cad
c2: Derived parameters
c3: definition
c4: What is Derived parameters?
c5:
Derived parameters is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.cadquery-workplanes
c1: parametric_cad
c2: CadQuery workplanes
c3: definition
c4: What is CadQuery workplanes?
c5:
CadQuery workplanes is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.cadquery-selectors
c1: parametric_cad
c2: CadQuery selectors
c3: definition
c4: What is CadQuery selectors?
c5:
CadQuery selectors is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.cadquery-solids
c1: parametric_cad
c2: CadQuery solids
c3: definition
c4: What is CadQuery solids?
c5:
CadQuery solids is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.cadquery-assemblies
c1: parametric_cad
c2: CadQuery assemblies
c3: definition
c4: What is CadQuery assemblies?
c5:
CadQuery assemblies is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.cadquery-exporters
c1: parametric_cad
c2: CadQuery exporters
c3: definition
c4: What is CadQuery exporters?
c5:
CadQuery exporters is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.freecad-python-scripting
c1: parametric_cad
c2: FreeCAD Python scripting
c3: definition
c4: What is FreeCAD Python scripting?
c5:
FreeCAD Python scripting is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.freecad-spreadsheet-parameters
c1: parametric_cad
c2: FreeCAD spreadsheet parameters
c3: definition
c4: What is FreeCAD spreadsheet parameters?
c5:
FreeCAD spreadsheet parameters is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.freecad-scripted-objects
c1: parametric_cad
c2: FreeCAD scripted objects
c3: definition
c4: What is FreeCAD scripted objects?
c5:
FreeCAD scripted objects is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.openscad-modules
c1: parametric_cad
c2: OpenSCAD modules
c3: definition
c4: What is OpenSCAD modules?
c5:
OpenSCAD modules is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.openscad-functions
c1: parametric_cad
c2: OpenSCAD functions
c3: definition
c4: What is OpenSCAD functions?
c5:
OpenSCAD functions is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.constraint-driven-features
c1: parametric_cad
c2: Constraint-driven features
c3: definition
c4: What is Constraint-driven features?
c5:
Constraint-driven features is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.configuration-families
c1: parametric_cad
c2: Configuration families
c3: definition
c4: What is Configuration families?
c5:
Configuration families is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.reusable-component-libraries
c1: parametric_cad
c2: Reusable component libraries
c3: definition
c4: What is Reusable component libraries?
c5:
Reusable component libraries is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.step-import
c1: parametric_cad
c2: STEP import
c3: definition
c4: What is STEP import?
c5:
STEP import is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.step-export
c1: parametric_cad
c2: STEP export
c3: definition
c4: What is STEP export?
c5:
STEP export is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.parametric-test-matrices
c1: parametric_cad
c2: Parametric test matrices
c3: definition
c4: What is Parametric test matrices?
c5:
Parametric test matrices is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: parametric_cad.cad-script-documentation
c1: parametric_cad
c2: CAD script documentation
c3: definition
c4: What is CAD script documentation?
c5:
CAD script documentation is a controlled capability in Parametric CAD. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.blender-mesh-fundamentals
c1: mesh_and_sculpting
c2: Blender mesh fundamentals
c3: definition
c4: What is Blender mesh fundamentals?
c5:
Blender mesh fundamentals is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.bmesh-scripting
c1: mesh_and_sculpting
c2: BMesh scripting
c3: definition
c4: What is BMesh scripting?
c5:
BMesh scripting is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.subdivision-modelling
c1: mesh_and_sculpting
c2: Subdivision modelling
c3: definition
c4: What is Subdivision modelling?
c5:
Subdivision modelling is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.sculpting
c1: mesh_and_sculpting
c2: Sculpting
c3: definition
c4: What is Sculpting?
c5:
Sculpting is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.retopology
c1: mesh_and_sculpting
c2: Retopology
c3: definition
c4: What is Retopology?
c5:
Retopology is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.voxel-remeshing
c1: mesh_and_sculpting
c2: Voxel remeshing
c3: definition
c4: What is Voxel remeshing?
c5:
Voxel remeshing is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.decimation
c1: mesh_and_sculpting
c2: Decimation
c3: definition
c4: What is Decimation?
c5:
Decimation is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.geometry-nodes-fundamentals
c1: mesh_and_sculpting
c2: Geometry Nodes fundamentals
c3: definition
c4: What is Geometry Nodes fundamentals?
c5:
Geometry Nodes fundamentals is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.procedural-modelling
c1: mesh_and_sculpting
c2: Procedural modelling
c3: definition
c4: What is Procedural modelling?
c5:
Procedural modelling is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.mesh-repair
c1: mesh_and_sculpting
c2: Mesh repair
c3: definition
c4: What is Mesh repair?
c5:
Mesh repair is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.hybrid-cad-mesh-workflow
c1: mesh_and_sculpting
c2: Hybrid CAD mesh workflow
c3: definition
c4: What is Hybrid CAD mesh workflow?
c5:
Hybrid CAD mesh workflow is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.embossing
c1: mesh_and_sculpting
c2: Embossing
c3: definition
c4: What is Embossing?
c5:
Embossing is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.engraving
c1: mesh_and_sculpting
c2: Engraving
c3: definition
c4: What is Engraving?
c5:
Engraving is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.relief-generation
c1: mesh_and_sculpting
c2: Relief generation
c3: definition
c4: What is Relief generation?
c5:
Relief generation is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.texture-to-geometry
c1: mesh_and_sculpting
c2: Texture to geometry
c3: definition
c4: What is Texture to geometry?
c5:
Texture to geometry is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mesh_and_sculpting.organic-product-forms
c1: mesh_and_sculpting
c2: Organic product forms
c3: definition
c4: What is Organic product forms?
c5:
Organic product forms is a controlled capability in Mesh Modelling and Sculpting. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.load-paths
c1: mechanical_design
c2: Load paths
c3: definition
c4: What is Load paths?
c5:
Load paths is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.static-force-reasoning
c1: mechanical_design
c2: Static force reasoning
c3: definition
c4: What is Static force reasoning?
c5:
Static force reasoning is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.torque-and-leverage
c1: mechanical_design
c2: Torque and leverage
c3: definition
c4: What is Torque and leverage?
c5:
Torque and leverage is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.stress-concentration-awareness
c1: mechanical_design
c2: Stress concentration awareness
c3: definition
c4: What is Stress concentration awareness?
c5:
Stress concentration awareness is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.fastener-logic
c1: mechanical_design
c2: Fastener logic
c3: definition
c4: What is Fastener logic?
c5:
Fastener logic is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.threads
c1: mechanical_design
c2: Threads
c3: definition
c4: What is Threads?
c5:
Threads is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.heat-set-inserts
c1: mechanical_design
c2: Heat-set inserts
c3: definition
c4: What is Heat-set inserts?
c5:
Heat-set inserts is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.bearings
c1: mechanical_design
c2: Bearings
c3: definition
c4: What is Bearings?
c5:
Bearings is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.bushings
c1: mechanical_design
c2: Bushings
c3: definition
c4: What is Bushings?
c5:
Bushings is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.shafts
c1: mechanical_design
c2: Shafts
c3: definition
c4: What is Shafts?
c5:
Shafts is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.hubs
c1: mechanical_design
c2: Hubs
c3: definition
c4: What is Hubs?
c5:
Hubs is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.brackets
c1: mechanical_design
c2: Brackets
c3: definition
c4: What is Brackets?
c5:
Brackets is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.gussets
c1: mechanical_design
c2: Gussets
c3: definition
c4: What is Gussets?
c5:
Gussets is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.ribs
c1: mechanical_design
c2: Ribs
c3: definition
c4: What is Ribs?
c5:
Ribs is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.webs
c1: mechanical_design
c2: Webs
c3: definition
c4: What is Webs?
c5:
Webs is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.compliant-features
c1: mechanical_design
c2: Compliant features
c3: definition
c4: What is Compliant features?
c5:
Compliant features is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.wear-surfaces
c1: mechanical_design
c2: Wear surfaces
c3: definition
c4: What is Wear surfaces?
c5:
Wear surfaces is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.maintenance-access
c1: mechanical_design
c2: Maintenance access
c3: definition
c4: What is Maintenance access?
c5:
Maintenance access is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.failure-mode-analysis
c1: mechanical_design
c2: Failure mode analysis
c3: definition
c4: What is Failure mode analysis?
c5:
Failure mode analysis is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: mechanical_design.mechanical-design-reviews
c1: mechanical_design
c2: Mechanical design reviews
c3: definition
c4: What is Mechanical design reviews?
c5:
Mechanical design reviews is a controlled capability in Mechanical Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.degrees-of-freedom
c1: assemblies_and_mechanisms
c2: Degrees of freedom
c3: definition
c4: What is Degrees of freedom?
c5:
Degrees of freedom is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.revolute-joints
c1: assemblies_and_mechanisms
c2: Revolute joints
c3: definition
c4: What is Revolute joints?
c5:
Revolute joints is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.prismatic-joints
c1: assemblies_and_mechanisms
c2: Prismatic joints
c3: definition
c4: What is Prismatic joints?
c5:
Prismatic joints is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.ball-joints
c1: assemblies_and_mechanisms
c2: Ball joints
c3: definition
c4: What is Ball joints?
c5:
Ball joints is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.living-hinges
c1: assemblies_and_mechanisms
c2: Living hinges
c3: definition
c4: What is Living hinges?
c5:
Living hinges is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.pin-hinges
c1: assemblies_and_mechanisms
c2: Pin hinges
c3: definition
c4: What is Pin hinges?
c5:
Pin hinges is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.snap-fits
c1: assemblies_and_mechanisms
c2: Snap fits
c3: definition
c4: What is Snap fits?
c5:
Snap fits is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.detents
c1: assemblies_and_mechanisms
c2: Detents
c3: definition
c4: What is Detents?
c5:
Detents is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.latches
c1: assemblies_and_mechanisms
c2: Latches
c3: definition
c4: What is Latches?
c5:
Latches is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.gears
c1: assemblies_and_mechanisms
c2: Gears
c3: definition
c4: What is Gears?
c5:
Gears is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.cams
c1: assemblies_and_mechanisms
c2: Cams
c3: definition
c4: What is Cams?
c5:
Cams is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.linkages
c1: assemblies_and_mechanisms
c2: Linkages
c3: definition
c4: What is Linkages?
c5:
Linkages is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.ratchets
c1: assemblies_and_mechanisms
c2: Ratchets
c3: definition
c4: What is Ratchets?
c5:
Ratchets is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.springs
c1: assemblies_and_mechanisms
c2: Springs
c3: definition
c4: What is Springs?
c5:
Springs is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.motion-envelopes
c1: assemblies_and_mechanisms
c2: Motion envelopes
c3: definition
c4: What is Motion envelopes?
c5:
Motion envelopes is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.assembly-sequencing
c1: assemblies_and_mechanisms
c2: Assembly sequencing
c3: definition
c4: What is Assembly sequencing?
c5:
Assembly sequencing is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.exploded-views
c1: assemblies_and_mechanisms
c2: Exploded views
c3: definition
c4: What is Exploded views?
c5:
Exploded views is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: assemblies_and_mechanisms.tolerance-stacks
c1: assemblies_and_mechanisms
c2: Tolerance stacks
c3: definition
c4: What is Tolerance stacks?
c5:
Tolerance stacks is a controlled capability in Assemblies and Mechanisms. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.fdm-fundamentals
c1: additive_manufacturing
c2: FDM fundamentals
c3: definition
c4: What is FDM fundamentals?
c5:
FDM fundamentals is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.resin-fundamentals
c1: additive_manufacturing
c2: Resin fundamentals
c3: definition
c4: What is Resin fundamentals?
c5:
Resin fundamentals is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.print-orientation
c1: additive_manufacturing
c2: Print orientation
c3: definition
c4: What is Print orientation?
c5:
Print orientation is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.layer-adhesion
c1: additive_manufacturing
c2: Layer adhesion
c3: definition
c4: What is Layer adhesion?
c5:
Layer adhesion is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.walls-and-shells
c1: additive_manufacturing
c2: Walls and shells
c3: definition
c4: What is Walls and shells?
c5:
Walls and shells is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.bridging
c1: additive_manufacturing
c2: Bridging
c3: definition
c4: What is Bridging?
c5:
Bridging is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.overhangs
c1: additive_manufacturing
c2: Overhangs
c3: definition
c4: What is Overhangs?
c5:
Overhangs is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.support-minimisation
c1: additive_manufacturing
c2: Support minimisation
c3: definition
c4: What is Support minimisation?
c5:
Support minimisation is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.hole-compensation
c1: additive_manufacturing
c2: Hole compensation
c3: definition
c4: What is Hole compensation?
c5:
Hole compensation is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.elephant-foot-compensation
c1: additive_manufacturing
c2: Elephant-foot compensation
c3: definition
c4: What is Elephant-foot compensation?
c5:
Elephant-foot compensation is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.clearance-calibration
c1: additive_manufacturing
c2: Clearance calibration
c3: definition
c4: What is Clearance calibration?
c5:
Clearance calibration is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.press-fits
c1: additive_manufacturing
c2: Press fits
c3: definition
c4: What is Press fits?
c5:
Press fits is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.sliding-fits
c1: additive_manufacturing
c2: Sliding fits
c3: definition
c4: What is Sliding fits?
c5:
Sliding fits is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.printed-threads
c1: additive_manufacturing
c2: Printed threads
c3: definition
c4: What is Printed threads?
c5:
Printed threads is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.heat-set-inserts
c1: additive_manufacturing
c2: Heat-set inserts
c3: definition
c4: What is Heat-set inserts?
c5:
Heat-set inserts is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.part-splitting
c1: additive_manufacturing
c2: Part splitting
c3: definition
c4: What is Part splitting?
c5:
Part splitting is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.print-in-place-design
c1: additive_manufacturing
c2: Print-in-place design
c3: definition
c4: What is Print-in-place design?
c5:
Print-in-place design is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.warp-control
c1: additive_manufacturing
c2: Warp control
c3: definition
c4: What is Warp control?
c5:
Warp control is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.material-shrinkage
c1: additive_manufacturing
c2: Material shrinkage
c3: definition
c4: What is Material shrinkage?
c5:
Material shrinkage is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.slicer-aware-design
c1: additive_manufacturing
c2: Slicer-aware design
c3: definition
c4: What is Slicer-aware design?
c5:
Slicer-aware design is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: additive_manufacturing.test-coupons
c1: additive_manufacturing
c2: Test coupons
c3: definition
c4: What is Test coupons?
c5:
Test coupons is a controlled capability in Additive Manufacturing. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.material-requirement-mapping
c1: materials_and_processes
c2: Material requirement mapping
c3: definition
c4: What is Material requirement mapping?
c5:
Material requirement mapping is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.pla-considerations
c1: materials_and_processes
c2: PLA considerations
c3: definition
c4: What is PLA considerations?
c5:
PLA considerations is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.petg-considerations
c1: materials_and_processes
c2: PETG considerations
c3: definition
c4: What is PETG considerations?
c5:
PETG considerations is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.tpu-considerations
c1: materials_and_processes
c2: TPU considerations
c3: definition
c4: What is TPU considerations?
c5:
TPU considerations is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.abs-considerations
c1: materials_and_processes
c2: ABS considerations
c3: definition
c4: What is ABS considerations?
c5:
ABS considerations is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.asa-considerations
c1: materials_and_processes
c2: ASA considerations
c3: definition
c4: What is ASA considerations?
c5:
ASA considerations is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.nylon-considerations
c1: materials_and_processes
c2: Nylon considerations
c3: definition
c4: What is Nylon considerations?
c5:
Nylon considerations is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.composite-filament-cautions
c1: materials_and_processes
c2: Composite filament cautions
c3: definition
c4: What is Composite filament cautions?
c5:
Composite filament cautions is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.resin-family-selection
c1: materials_and_processes
c2: Resin family selection
c3: definition
c4: What is Resin family selection?
c5:
Resin family selection is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.drying-and-moisture
c1: materials_and_processes
c2: Drying and moisture
c3: definition
c4: What is Drying and moisture?
c5:
Drying and moisture is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.creep
c1: materials_and_processes
c2: Creep
c3: definition
c4: What is Creep?
c5:
Creep is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.temperature-exposure
c1: materials_and_processes
c2: Temperature exposure
c3: definition
c4: What is Temperature exposure?
c5:
Temperature exposure is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.uv-exposure
c1: materials_and_processes
c2: UV exposure
c3: definition
c4: What is UV exposure?
c5:
UV exposure is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.chemical-compatibility
c1: materials_and_processes
c2: Chemical compatibility
c3: definition
c4: What is Chemical compatibility?
c5:
Chemical compatibility is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.surface-finishing
c1: materials_and_processes
c2: Surface finishing
c3: definition
c4: What is Surface finishing?
c5:
Surface finishing is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: materials_and_processes.alternative-process-selection
c1: materials_and_processes
c2: Alternative process selection
c3: definition
c4: What is Alternative process selection?
c5:
Alternative process selection is a controlled capability in Materials and Processes. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.hardware-envelopes
c1: enclosures_and_mounts
c2: Hardware envelopes
c3: definition
c4: What is Hardware envelopes?
c5:
Hardware envelopes is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.pcb-enclosures
c1: enclosures_and_mounts
c2: PCB enclosures
c3: definition
c4: What is PCB enclosures?
c5:
PCB enclosures is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.ventilation-patterns
c1: enclosures_and_mounts
c2: Ventilation patterns
c3: definition
c4: What is Ventilation patterns?
c5:
Ventilation patterns is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.cable-routing
c1: enclosures_and_mounts
c2: Cable routing
c3: definition
c4: What is Cable routing?
c5:
Cable routing is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.panels
c1: enclosures_and_mounts
c2: Panels
c3: definition
c4: What is Panels?
c5:
Panels is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.screw-bosses
c1: enclosures_and_mounts
c2: Screw bosses
c3: definition
c4: What is Screw bosses?
c5:
Screw bosses is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.captive-nuts
c1: enclosures_and_mounts
c2: Captive nuts
c3: definition
c4: What is Captive nuts?
c5:
Captive nuts is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.magnetic-closures
c1: enclosures_and_mounts
c2: Magnetic closures
c3: definition
c4: What is Magnetic closures?
c5:
Magnetic closures is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.clip-on-mounts
c1: enclosures_and_mounts
c2: Clip-on mounts
c3: definition
c4: What is Clip-on mounts?
c5:
Clip-on mounts is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.wall-mounts
c1: enclosures_and_mounts
c2: Wall mounts
c3: definition
c4: What is Wall mounts?
c5:
Wall mounts is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.tube-mounts
c1: enclosures_and_mounts
c2: Tube mounts
c3: definition
c4: What is Tube mounts?
c5:
Tube mounts is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.rail-mounts
c1: enclosures_and_mounts
c2: Rail mounts
c3: definition
c4: What is Rail mounts?
c5:
Rail mounts is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.protective-covers
c1: enclosures_and_mounts
c2: Protective covers
c3: definition
c4: What is Protective covers?
c5:
Protective covers is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.weather-resistant-layout
c1: enclosures_and_mounts
c2: Weather-resistant layout
c3: definition
c4: What is Weather-resistant layout?
c5:
Weather-resistant layout is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.serviceability
c1: enclosures_and_mounts
c2: Serviceability
c3: definition
c4: What is Serviceability?
c5:
Serviceability is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: enclosures_and_mounts.enclosure-validation
c1: enclosures_and_mounts
c2: Enclosure validation
c3: definition
c4: What is Enclosure validation?
c5:
Enclosure validation is a controlled capability in Enclosures and Mounts. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.pcb-measurement-capture
c1: electronics_integration
c2: PCB measurement capture
c3: definition
c4: What is PCB measurement capture?
c5:
PCB measurement capture is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.board-standoffs
c1: electronics_integration
c2: Board standoffs
c3: definition
c4: What is Board standoffs?
c5:
Board standoffs is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.connector-keep-outs
c1: electronics_integration
c2: Connector keep-outs
c3: definition
c4: What is Connector keep-outs?
c5:
Connector keep-outs is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.cable-strain-relief
c1: electronics_integration
c2: Cable strain relief
c3: definition
c4: What is Cable strain relief?
c5:
Cable strain relief is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.fan-placement
c1: electronics_integration
c2: Fan placement
c3: definition
c4: What is Fan placement?
c5:
Fan placement is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.airflow-layout
c1: electronics_integration
c2: Airflow layout
c3: definition
c4: What is Airflow layout?
c5:
Airflow layout is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.heat-source-separation
c1: electronics_integration
c2: Heat-source separation
c3: definition
c4: What is Heat-source separation?
c5:
Heat-source separation is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.battery-compartment-caution
c1: electronics_integration
c2: Battery compartment caution
c3: definition
c4: What is Battery compartment caution?
c5:
Battery compartment caution is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.sensor-mounts
c1: electronics_integration
c2: Sensor mounts
c3: definition
c4: What is Sensor mounts?
c5:
Sensor mounts is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.camera-mounts
c1: electronics_integration
c2: Camera mounts
c3: definition
c4: What is Camera mounts?
c5:
Camera mounts is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.microphone-mounts
c1: electronics_integration
c2: Microphone mounts
c3: definition
c4: What is Microphone mounts?
c5:
Microphone mounts is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.led-management
c1: electronics_integration
c2: LED management
c3: definition
c4: What is LED management?
c5:
LED management is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.low-voltage-panels
c1: electronics_integration
c2: Low-voltage panels
c3: definition
c4: What is Low-voltage panels?
c5:
Low-voltage panels is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.electronics-service-access
c1: electronics_integration
c2: Electronics service access
c3: definition
c4: What is Electronics service access?
c5:
Electronics service access is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: electronics_integration.electrical-risk-escalation
c1: electronics_integration
c2: Electrical risk escalation
c3: definition
c4: What is Electrical risk escalation?
c5:
Electrical risk escalation is a controlled capability in Electronics Integration. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.measurement-planning
c1: reverse_engineering_and_scanning
c2: Measurement planning
c3: definition
c4: What is Measurement planning?
c5:
Measurement planning is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.photo-reference-capture
c1: reverse_engineering_and_scanning
c2: Photo reference capture
c3: definition
c4: What is Photo reference capture?
c5:
Photo reference capture is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.photogrammetry-awareness
c1: reverse_engineering_and_scanning
c2: Photogrammetry awareness
c3: definition
c4: What is Photogrammetry awareness?
c5:
Photogrammetry awareness is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.depth-scanning
c1: reverse_engineering_and_scanning
c2: Depth scanning
c3: definition
c4: What is Depth scanning?
c5:
Depth scanning is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.kinect-workflow
c1: reverse_engineering_and_scanning
c2: Kinect workflow
c3: definition
c4: What is Kinect workflow?
c5:
Kinect workflow is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.scan-calibration
c1: reverse_engineering_and_scanning
c2: Scan calibration
c3: definition
c4: What is Scan calibration?
c5:
Scan calibration is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.point-cloud-cleaning
c1: reverse_engineering_and_scanning
c2: Point-cloud cleaning
c3: definition
c4: What is Point-cloud cleaning?
c5:
Point-cloud cleaning is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.mesh-alignment
c1: reverse_engineering_and_scanning
c2: Mesh alignment
c3: definition
c4: What is Mesh alignment?
c5:
Mesh alignment is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.datum-extraction
c1: reverse_engineering_and_scanning
c2: Datum extraction
c3: definition
c4: What is Datum extraction?
c5:
Datum extraction is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.surface-fitting
c1: reverse_engineering_and_scanning
c2: Surface fitting
c3: definition
c4: What is Surface fitting?
c5:
Surface fitting is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.opposite-limb-mirroring
c1: reverse_engineering_and_scanning
c2: Opposite-limb mirroring
c3: definition
c4: What is Opposite-limb mirroring?
c5:
Opposite-limb mirroring is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.uncertainty-recording
c1: reverse_engineering_and_scanning
c2: Uncertainty recording
c3: definition
c4: What is Uncertainty recording?
c5:
Uncertainty recording is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: reverse_engineering_and_scanning.scan-to-cad-workflow
c1: reverse_engineering_and_scanning
c2: Scan-to-CAD workflow
c3: definition
c4: What is Scan-to-CAD workflow?
c5:
Scan-to-CAD workflow is a controlled capability in Reverse Engineering and Scanning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.user-capability-profiles
c1: ergonomics_and_accessibility
c2: User capability profiles
c3: definition
c4: What is User capability profiles?
c5:
User capability profiles is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.grip-design
c1: ergonomics_and_accessibility
c2: Grip design
c3: definition
c4: What is Grip design?
c5:
Grip design is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.handle-design
c1: ergonomics_and_accessibility
c2: Handle design
c3: definition
c4: What is Handle design?
c5:
Handle design is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.control-sizing
c1: ergonomics_and_accessibility
c2: Control sizing
c3: definition
c4: What is Control sizing?
c5:
Control sizing is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.reach-and-clearance
c1: ergonomics_and_accessibility
c2: Reach and clearance
c3: definition
c4: What is Reach and clearance?
c5:
Reach and clearance is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.one-handed-use
c1: ergonomics_and_accessibility
c2: One-handed use
c3: definition
c4: What is One-handed use?
c5:
One-handed use is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.low-force-operation
c1: ergonomics_and_accessibility
c2: Low-force operation
c3: definition
c4: What is Low-force operation?
c5:
Low-force operation is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.tactile-cues
c1: ergonomics_and_accessibility
c2: Tactile cues
c3: definition
c4: What is Tactile cues?
c5:
Tactile cues is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.visual-contrast
c1: ergonomics_and_accessibility
c2: Visual contrast
c3: definition
c4: What is Visual contrast?
c5:
Visual contrast is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.cognitive-load
c1: ergonomics_and_accessibility
c2: Cognitive load
c3: definition
c4: What is Cognitive load?
c5:
Cognitive load is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.accessible-assembly
c1: ergonomics_and_accessibility
c2: Accessible assembly
c3: definition
c4: What is Accessible assembly?
c5:
Accessible assembly is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.wheelchair-and-mobility-access
c1: ergonomics_and_accessibility
c2: Wheelchair and mobility access
c3: definition
c4: What is Wheelchair and mobility access?
c5:
Wheelchair and mobility access is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: ergonomics_and_accessibility.user-testing
c1: ergonomics_and_accessibility
c2: User testing
c3: definition
c4: What is User testing?
c5:
User testing is a controlled capability in Ergonomics and Accessibility. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.external-hardware-envelope
c1: prosthetic_cosmetic_covers
c2: External hardware envelope
c3: definition
c4: What is External hardware envelope?
c5:
External hardware envelope is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.safe-clearance-zones
c1: prosthetic_cosmetic_covers
c2: Safe clearance zones
c3: definition
c4: What is Safe clearance zones?
c5:
Safe clearance zones is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.calf-reconstruction
c1: prosthetic_cosmetic_covers
c2: Calf reconstruction
c3: definition
c4: What is Calf reconstruction?
c5:
Calf reconstruction is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.opposite-limb-mirroring
c1: prosthetic_cosmetic_covers
c2: Opposite-limb mirroring
c3: definition
c4: What is Opposite-limb mirroring?
c5:
Opposite-limb mirroring is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.panel-splitting
c1: prosthetic_cosmetic_covers
c2: Panel splitting
c3: definition
c4: What is Panel splitting?
c5:
Panel splitting is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.ventilation
c1: prosthetic_cosmetic_covers
c2: Ventilation
c3: definition
c4: What is Ventilation?
c5:
Ventilation is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.drainage
c1: prosthetic_cosmetic_covers
c2: Drainage
c3: definition
c4: What is Drainage?
c5:
Drainage is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.clasp-access
c1: prosthetic_cosmetic_covers
c2: Clasp access
c3: definition
c4: What is Clasp access?
c5:
Clasp access is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.ossiguard-profile-integration
c1: prosthetic_cosmetic_covers
c2: Ossiguard profile integration
c3: definition
c4: What is Ossiguard profile integration?
c5:
Ossiguard profile integration is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.non-load-bearing-attachment
c1: prosthetic_cosmetic_covers
c2: Non-load-bearing attachment
c3: definition
c4: What is Non-load-bearing attachment?
c5:
Non-load-bearing attachment is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.covercanvas-artwork
c1: prosthetic_cosmetic_covers
c2: CoverCanvas artwork
c3: definition
c4: What is CoverCanvas artwork?
c5:
CoverCanvas artwork is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.test-shells
c1: prosthetic_cosmetic_covers
c2: Test shells
c3: definition
c4: What is Test shells?
c5:
Test shells is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.clinical-escalation
c1: prosthetic_cosmetic_covers
c2: Clinical escalation
c3: definition
c4: What is Clinical escalation?
c5:
Clinical escalation is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.mandatory-shire-branding
c1: prosthetic_cosmetic_covers
c2: Mandatory SHiRE branding
c3: definition
c4: What is Mandatory SHiRE branding?
c5:
Mandatory SHiRE branding is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: prosthetic_cosmetic_covers.cover-validation
c1: prosthetic_cosmetic_covers
c2: Cover validation
c3: definition
c4: What is Cover validation?
c5:
Cover validation is a controlled capability in Prosthetic Cosmetic Covers. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.articulated-chain-bodies
c1: toys_fidgets_and_articulation
c2: Articulated chain bodies
c3: definition
c4: What is Articulated chain bodies?
c5:
Articulated chain bodies is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.print-in-place-hinges
c1: toys_fidgets_and_articulation
c2: Print-in-place hinges
c3: definition
c4: What is Print-in-place hinges?
c5:
Print-in-place hinges is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.ball-joint-toys
c1: toys_fidgets_and_articulation
c2: Ball-joint toys
c3: definition
c4: What is Ball-joint toys?
c5:
Ball-joint toys is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.captured-pins
c1: toys_fidgets_and_articulation
c2: Captured pins
c3: definition
c4: What is Captured pins?
c5:
Captured pins is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.flexure-fidgets
c1: toys_fidgets_and_articulation
c2: Flexure fidgets
c3: definition
c4: What is Flexure fidgets?
c5:
Flexure fidgets is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.clickers
c1: toys_fidgets_and_articulation
c2: Clickers
c3: definition
c4: What is Clickers?
c5:
Clickers is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.detents
c1: toys_fidgets_and_articulation
c2: Detents
c3: definition
c4: What is Detents?
c5:
Detents is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.safe-rattle-chambers
c1: toys_fidgets_and_articulation
c2: Safe rattle chambers
c3: definition
c4: What is Safe rattle chambers?
c5:
Safe rattle chambers is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.joint-placement
c1: toys_fidgets_and_articulation
c2: Joint placement
c3: definition
c4: What is Joint placement?
c5:
Joint placement is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.flexiforge-segmentation
c1: toys_fidgets_and_articulation
c2: FlexiForge segmentation
c3: definition
c4: What is FlexiForge segmentation?
c5:
FlexiForge segmentation is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.automatic-clearance-assignment
c1: toys_fidgets_and_articulation
c2: Automatic clearance assignment
c3: definition
c4: What is Automatic clearance assignment?
c5:
Automatic clearance assignment is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.flat-print-creatures
c1: toys_fidgets_and_articulation
c2: Flat-print creatures
c3: definition
c4: What is Flat-print creatures?
c5:
Flat-print creatures is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.durability-cycle-testing
c1: toys_fidgets_and_articulation
c2: Durability cycle testing
c3: definition
c4: What is Durability cycle testing?
c5:
Durability cycle testing is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.small-part-screening
c1: toys_fidgets_and_articulation
c2: Small-part screening
c3: definition
c4: What is Small-part screening?
c5:
Small-part screening is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: toys_fidgets_and_articulation.harmless-prop-gating
c1: toys_fidgets_and_articulation
c2: Harmless prop gating
c3: definition
c4: What is Harmless prop gating?
c5:
Harmless prop gating is a controlled capability in Toys, Fidgets and Articulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.silhouette-development
c1: product_aesthetics
c2: Silhouette development
c3: definition
c4: What is Silhouette development?
c5:
Silhouette development is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.proportion-systems
c1: product_aesthetics
c2: Proportion systems
c3: definition
c4: What is Proportion systems?
c5:
Proportion systems is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.form-language
c1: product_aesthetics
c2: Form language
c3: definition
c4: What is Form language?
c5:
Form language is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.hard-surface-detailing
c1: product_aesthetics
c2: Hard-surface detailing
c3: definition
c4: What is Hard-surface detailing?
c5:
Hard-surface detailing is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.organic-detailing
c1: product_aesthetics
c2: Organic detailing
c3: definition
c4: What is Organic detailing?
c5:
Organic detailing is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.panel-lines
c1: product_aesthetics
c2: Panel lines
c3: definition
c4: What is Panel lines?
c5:
Panel lines is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.seams
c1: product_aesthetics
c2: Seams
c3: definition
c4: What is Seams?
c5:
Seams is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.texture-hierarchy
c1: product_aesthetics
c2: Texture hierarchy
c3: definition
c4: What is Texture hierarchy?
c5:
Texture hierarchy is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.brand-integration
c1: product_aesthetics
c2: Brand integration
c3: definition
c4: What is Brand integration?
c5:
Brand integration is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.colour-and-material-planning
c1: product_aesthetics
c2: Colour and material planning
c3: definition
c4: What is Colour and material planning?
c5:
Colour and material planning is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.reference-boards
c1: product_aesthetics
c2: Reference boards
c3: definition
c4: What is Reference boards?
c5:
Reference boards is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.originality-transformation
c1: product_aesthetics
c2: Originality transformation
c3: definition
c4: What is Originality transformation?
c5:
Originality transformation is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: product_aesthetics.multi-view-review
c1: product_aesthetics
c2: Multi-view review
c3: definition
c4: What is Multi-view review?
c5:
Multi-view review is a controlled capability in Product Aesthetics. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.drawer-organisers
c1: furniture_storage_and_household
c2: Drawer organisers
c3: definition
c4: What is Drawer organisers?
c5:
Drawer organisers is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.shelf-organisers
c1: furniture_storage_and_household
c2: Shelf organisers
c3: definition
c4: What is Shelf organisers?
c5:
Shelf organisers is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.hooks
c1: furniture_storage_and_household
c2: Hooks
c3: definition
c4: What is Hooks?
c5:
Hooks is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.holders
c1: furniture_storage_and_household
c2: Holders
c3: definition
c4: What is Holders?
c5:
Holders is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.rental-safe-mounts
c1: furniture_storage_and_household
c2: Rental-safe mounts
c3: definition
c4: What is Rental-safe mounts?
c5:
Rental-safe mounts is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.furniture-feet
c1: furniture_storage_and_household
c2: Furniture feet
c3: definition
c4: What is Furniture feet?
c5:
Furniture feet is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.spacers
c1: furniture_storage_and_household
c2: Spacers
c3: definition
c4: What is Spacers?
c5:
Spacers is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.joinery-concepts
c1: furniture_storage_and_household
c2: Joinery concepts
c3: definition
c4: What is Joinery concepts?
c5:
Joinery concepts is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.flat-pack-concepts
c1: furniture_storage_and_household
c2: Flat-pack concepts
c3: definition
c4: What is Flat-pack concepts?
c5:
Flat-pack concepts is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.storage-bins
c1: furniture_storage_and_household
c2: Storage bins
c3: definition
c4: What is Storage bins?
c5:
Storage bins is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.kitchen-organisers
c1: furniture_storage_and_household
c2: Kitchen organisers
c3: definition
c4: What is Kitchen organisers?
c5:
Kitchen organisers is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.cable-management
c1: furniture_storage_and_household
c2: Cable management
c3: definition
c4: What is Cable management?
c5:
Cable management is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.tip-risk-awareness
c1: furniture_storage_and_household
c2: Tip-risk awareness
c3: definition
c4: What is Tip-risk awareness?
c5:
Tip-risk awareness is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.assembly-instructions
c1: furniture_storage_and_household
c2: Assembly instructions
c3: definition
c4: What is Assembly instructions?
c5:
Assembly instructions is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: furniture_storage_and_household.household-usability-testing
c1: furniture_storage_and_household
c2: Household usability testing
c3: definition
c4: What is Household usability testing?
c5:
Household usability testing is a controlled capability in Furniture, Storage and Household. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.room-measurement
c1: architecture_and_space
c2: Room measurement
c3: definition
c4: What is Room measurement?
c5:
Room measurement is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.floor-plans
c1: architecture_and_space
c2: Floor plans
c3: definition
c4: What is Floor plans?
c5:
Floor plans is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.circulation-analysis
c1: architecture_and_space
c2: Circulation analysis
c3: definition
c4: What is Circulation analysis?
c5:
Circulation analysis is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.furniture-layout
c1: architecture_and_space
c2: Furniture layout
c3: definition
c4: What is Furniture layout?
c5:
Furniture layout is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.storage-planning
c1: architecture_and_space
c2: Storage planning
c3: definition
c4: What is Storage planning?
c5:
Storage planning is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.accessibility-layout
c1: architecture_and_space
c2: Accessibility layout
c3: definition
c4: What is Accessibility layout?
c5:
Accessibility layout is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.rental-safe-improvements
c1: architecture_and_space
c2: Rental-safe improvements
c3: definition
c4: What is Rental-safe improvements?
c5:
Rental-safe improvements is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.lighting-concepts
c1: architecture_and_space
c2: Lighting concepts
c3: definition
c4: What is Lighting concepts?
c5:
Lighting concepts is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.concept-rendering
c1: architecture_and_space
c2: Concept rendering
c3: definition
c4: What is Concept rendering?
c5:
Concept rendering is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.budget-alternatives
c1: architecture_and_space
c2: Budget alternatives
c3: definition
c4: What is Budget alternatives?
c5:
Budget alternatives is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: architecture_and_space.qualified-review-boundaries
c1: architecture_and_space
c2: Qualified-review boundaries
c3: definition
c4: What is Qualified-review boundaries?
c5:
Qualified-review boundaries is a controlled capability in Architecture and Space Planning. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.process-selection
c1: design_for_manufacture
c2: Process selection
c3: definition
c4: What is Process selection?
c5:
Process selection is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.fdm-design-rules
c1: design_for_manufacture
c2: FDM design rules
c3: definition
c4: What is FDM design rules?
c5:
FDM design rules is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.resin-design-rules
c1: design_for_manufacture
c2: Resin design rules
c3: definition
c4: What is Resin design rules?
c5:
Resin design rules is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.cnc-awareness
c1: design_for_manufacture
c2: CNC awareness
c3: definition
c4: What is CNC awareness?
c5:
CNC awareness is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.laser-cutting-awareness
c1: design_for_manufacture
c2: Laser cutting awareness
c3: definition
c4: What is Laser cutting awareness?
c5:
Laser cutting awareness is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.sheet-metal-awareness
c1: design_for_manufacture
c2: Sheet metal awareness
c3: definition
c4: What is Sheet metal awareness?
c5:
Sheet metal awareness is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.moulding-awareness
c1: design_for_manufacture
c2: Moulding awareness
c3: definition
c4: What is Moulding awareness?
c5:
Moulding awareness is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.part-count-reduction
c1: design_for_manufacture
c2: Part-count reduction
c3: definition
c4: What is Part-count reduction?
c5:
Part-count reduction is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.standard-hardware
c1: design_for_manufacture
c2: Standard hardware
c3: definition
c4: What is Standard hardware?
c5:
Standard hardware is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.assembly-simplification
c1: design_for_manufacture
c2: Assembly simplification
c3: definition
c4: What is Assembly simplification?
c5:
Assembly simplification is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.inspection-datums
c1: design_for_manufacture
c2: Inspection datums
c3: definition
c4: What is Inspection datums?
c5:
Inspection datums is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.cost-drivers
c1: design_for_manufacture
c2: Cost drivers
c3: definition
c4: What is Cost drivers?
c5:
Cost drivers is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.prototype-strategy
c1: design_for_manufacture
c2: Prototype strategy
c3: definition
c4: What is Prototype strategy?
c5:
Prototype strategy is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: design_for_manufacture.production-handoff
c1: design_for_manufacture
c2: Production handoff
c3: definition
c4: What is Production handoff?
c5:
Production handoff is a controlled capability in Design for Manufacture. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.geometry-integrity
c1: validation_and_simulation
c2: Geometry integrity
c3: definition
c4: What is Geometry integrity?
c5:
Geometry integrity is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.wall-thickness
c1: validation_and_simulation
c2: Wall thickness
c3: definition
c4: What is Wall thickness?
c5:
Wall thickness is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.clearance-checks
c1: validation_and_simulation
c2: Clearance checks
c3: definition
c4: What is Clearance checks?
c5:
Clearance checks is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.interference-detection
c1: validation_and_simulation
c2: Interference detection
c3: definition
c4: What is Interference detection?
c5:
Interference detection is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.motion-range
c1: validation_and_simulation
c2: Motion range
c3: definition
c4: What is Motion range?
c5:
Motion range is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.parameter-boundaries
c1: validation_and_simulation
c2: Parameter boundaries
c3: definition
c4: What is Parameter boundaries?
c5:
Parameter boundaries is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.tolerance-stacks
c1: validation_and_simulation
c2: Tolerance stacks
c3: definition
c4: What is Tolerance stacks?
c5:
Tolerance stacks is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.printability
c1: validation_and_simulation
c2: Printability
c3: definition
c4: What is Printability?
c5:
Printability is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.mass-and-volume
c1: validation_and_simulation
c2: Mass and volume
c3: definition
c4: What is Mass and volume?
c5:
Mass and volume is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.static-simulation-awareness
c1: validation_and_simulation
c2: Static simulation awareness
c3: definition
c4: What is Static simulation awareness?
c5:
Static simulation awareness is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.test-coupons
c1: validation_and_simulation
c2: Test coupons
c3: definition
c4: What is Test coupons?
c5:
Test coupons is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.physical-test-protocols
c1: validation_and_simulation
c2: Physical test protocols
c3: definition
c4: What is Physical test protocols?
c5:
Physical test protocols is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.regression-testing
c1: validation_and_simulation
c2: Regression testing
c3: definition
c4: What is Regression testing?
c5:
Regression testing is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.evidence-packaging
c1: validation_and_simulation
c2: Evidence packaging
c3: definition
c4: What is Evidence packaging?
c5:
Evidence packaging is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: validation_and_simulation.release-gates
c1: validation_and_simulation
c2: Release gates
c3: definition
c4: What is Release gates?
c5:
Release gates is a controlled capability in Validation and Simulation. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.orthographic-views
c1: rendering_and_communication
c2: Orthographic views
c3: definition
c4: What is Orthographic views?
c5:
Orthographic views is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.perspective-views
c1: rendering_and_communication
c2: Perspective views
c3: definition
c4: What is Perspective views?
c5:
Perspective views is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.section-views
c1: rendering_and_communication
c2: Section views
c3: definition
c4: What is Section views?
c5:
Section views is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.exploded-views
c1: rendering_and_communication
c2: Exploded views
c3: definition
c4: What is Exploded views?
c5:
Exploded views is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.dimensioned-drawings
c1: rendering_and_communication
c2: Dimensioned drawings
c3: definition
c4: What is Dimensioned drawings?
c5:
Dimensioned drawings is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.assembly-diagrams
c1: rendering_and_communication
c2: Assembly diagrams
c3: definition
c4: What is Assembly diagrams?
c5:
Assembly diagrams is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.material-previews
c1: rendering_and_communication
c2: Material previews
c3: definition
c4: What is Material previews?
c5:
Material previews is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.review-lighting
c1: rendering_and_communication
c2: Review lighting
c3: definition
c4: What is Review lighting?
c5:
Review lighting is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.marketing-renders
c1: rendering_and_communication
c2: Marketing renders
c3: definition
c4: What is Marketing renders?
c5:
Marketing renders is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.turntables
c1: rendering_and_communication
c2: Turntables
c3: definition
c4: What is Turntables?
c5:
Turntables is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.revision-annotation
c1: rendering_and_communication
c2: Revision annotation
c3: definition
c4: What is Revision annotation?
c5:
Revision annotation is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: rendering_and_communication.design-review-reports
c1: rendering_and_communication
c2: Design review reports
c3: definition
c4: What is Design review reports?
c5:
Design review reports is a controlled capability in Rendering and Communication. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.research-query-generation
c1: research_ip_and_provenance
c2: Research query generation
c3: definition
c4: What is Research query generation?
c5:
Research query generation is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.primary-source-ranking
c1: research_ip_and_provenance
c2: Primary-source ranking
c3: definition
c4: What is Primary-source ranking?
c5:
Primary-source ranking is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.source-records
c1: research_ip_and_provenance
c2: Source records
c3: definition
c4: What is Source records?
c5:
Source records is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.creative-commons-interpretation
c1: research_ip_and_provenance
c2: Creative Commons interpretation
c3: definition
c4: What is Creative Commons interpretation?
c5:
Creative Commons interpretation is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.spdx-identifiers
c1: research_ip_and_provenance
c2: SPDX identifiers
c3: definition
c4: What is SPDX identifiers?
c5:
SPDX identifiers is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.unknown-licence-quarantine
c1: research_ip_and_provenance
c2: Unknown-licence quarantine
c3: definition
c4: What is Unknown-licence quarantine?
c5:
Unknown-licence quarantine is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.reference-only-ingestion
c1: research_ip_and_provenance
c2: Reference-only ingestion
c3: definition
c4: What is Reference-only ingestion?
c5:
Reference-only ingestion is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.principle-extraction
c1: research_ip_and_provenance
c2: Principle extraction
c3: definition
c4: What is Principle extraction?
c5:
Principle extraction is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.prior-art-awareness
c1: research_ip_and_provenance
c2: Prior-art awareness
c3: definition
c4: What is Prior-art awareness?
c5:
Prior-art awareness is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.similarity-review
c1: research_ip_and_provenance
c2: Similarity review
c3: definition
c4: What is Similarity review?
c5:
Similarity review is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.attribution-generation
c1: research_ip_and_provenance
c2: Attribution generation
c3: definition
c4: What is Attribution generation?
c5:
Attribution generation is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.commercial-use-gating
c1: research_ip_and_provenance
c2: Commercial-use gating
c3: definition
c4: What is Commercial-use gating?
c5:
Commercial-use gating is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.freshness-checks
c1: research_ip_and_provenance
c2: Freshness checks
c3: definition
c4: What is Freshness checks?
c5:
Freshness checks is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: research_ip_and_provenance.research-reports
c1: research_ip_and_provenance
c2: Research reports
c3: definition
c4: What is Research reports?
c5:
Research reports is a controlled capability in Research, IP and Provenance. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.harmful-design-detection
c1: safety_and_regulated_design
c2: Harmful-design detection
c3: definition
c4: What is Harmful-design detection?
c5:
Harmful-design detection is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.weapon-refusal
c1: safety_and_regulated_design
c2: Weapon refusal
c3: definition
c4: What is Weapon refusal?
c5:
Weapon refusal is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.trap-refusal
c1: safety_and_regulated_design
c2: Trap refusal
c3: definition
c4: What is Trap refusal?
c5:
Trap refusal is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.explosive-refusal
c1: safety_and_regulated_design
c2: Explosive refusal
c3: definition
c4: What is Explosive refusal?
c5:
Explosive refusal is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.medical-escalation
c1: safety_and_regulated_design
c2: Medical escalation
c3: definition
c4: What is Medical escalation?
c5:
Medical escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.dental-escalation
c1: safety_and_regulated_design
c2: Dental escalation
c3: definition
c4: What is Dental escalation?
c5:
Dental escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.structural-escalation
c1: safety_and_regulated_design
c2: Structural escalation
c3: definition
c4: What is Structural escalation?
c5:
Structural escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.pressure-system-escalation
c1: safety_and_regulated_design
c2: Pressure-system escalation
c3: definition
c4: What is Pressure-system escalation?
c5:
Pressure-system escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.mains-electrical-escalation
c1: safety_and_regulated_design
c2: Mains-electrical escalation
c3: definition
c4: What is Mains-electrical escalation?
c5:
Mains-electrical escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.vehicle-safety-escalation
c1: safety_and_regulated_design
c2: Vehicle-safety escalation
c3: definition
c4: What is Vehicle-safety escalation?
c5:
Vehicle-safety escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.ppe-escalation
c1: safety_and_regulated_design
c2: PPE escalation
c3: definition
c4: What is PPE escalation?
c5:
PPE escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.child-product-escalation
c1: safety_and_regulated_design
c2: Child-product escalation
c3: definition
c4: What is Child-product escalation?
c5:
Child-product escalation is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.food-contact-caution
c1: safety_and_regulated_design
c2: Food-contact caution
c3: definition
c4: What is Food-contact caution?
c5:
Food-contact caution is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.standards-freshness
c1: safety_and_regulated_design
c2: Standards freshness
c3: definition
c4: What is Standards freshness?
c5:
Standards freshness is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.qualified-review
c1: safety_and_regulated_design
c2: Qualified review
c3: definition
c4: What is Qualified review?
c5:
Qualified review is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: safety_and_regulated_design.safety-audit-logging
c1: safety_and_regulated_design
c2: Safety audit logging
c3: definition
c4: What is Safety audit logging?
c5:
Safety audit logging is a controlled capability in Safety and Regulated Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.revision-control
c1: documentation_and_release
c2: Revision control
c3: definition
c4: What is Revision control?
c5:
Revision control is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.file-naming
c1: documentation_and_release
c2: File naming
c3: definition
c4: What is File naming?
c5:
File naming is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.source-packaging
c1: documentation_and_release
c2: Source packaging
c3: definition
c4: What is Source packaging?
c5:
Source packaging is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.step-release
c1: documentation_and_release
c2: STEP release
c3: definition
c4: What is STEP release?
c5:
STEP release is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.stl-release
c1: documentation_and_release
c2: STL release
c3: definition
c4: What is STL release?
c5:
STL release is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.3mf-release
c1: documentation_and_release
c2: 3MF release
c3: definition
c4: What is 3MF release?
c5:
3MF release is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.checksum-manifests
c1: documentation_and_release
c2: Checksum manifests
c3: definition
c4: What is Checksum manifests?
c5:
Checksum manifests is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.validation-reports
c1: documentation_and_release
c2: Validation reports
c3: definition
c4: What is Validation reports?
c5:
Validation reports is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.licence-files
c1: documentation_and_release
c2: Licence files
c3: definition
c4: What is Licence files?
c5:
Licence files is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.attribution-files
c1: documentation_and_release
c2: Attribution files
c3: definition
c4: What is Attribution files?
c5:
Attribution files is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.user-instructions
c1: documentation_and_release
c2: User instructions
c3: definition
c4: What is User instructions?
c5:
User instructions is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.print-profiles
c1: documentation_and_release
c2: Print profiles
c3: definition
c4: What is Print profiles?
c5:
Print profiles is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.shirevault-ready-publishing
c1: documentation_and_release
c2: SHiREVault Ready publishing
c3: definition
c4: What is SHiREVault Ready publishing?
c5:
SHiREVault Ready publishing is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.release-rollback
c1: documentation_and_release
c2: Release rollback
c3: definition
c4: What is Release rollback?
c5:
Release rollback is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: documentation_and_release.archive-retention
c1: documentation_and_release
c2: Archive retention
c3: definition
c4: What is Archive retention?
c5:
Archive retention is a controlled capability in Documentation and Release. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.buyer-definition
c1: commercial_product_design
c2: Buyer definition
c3: definition
c4: What is Buyer definition?
c5:
Buyer definition is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.problem-definition
c1: commercial_product_design
c2: Problem definition
c3: definition
c4: What is Problem definition?
c5:
Problem definition is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.value-proposition
c1: commercial_product_design
c2: Value proposition
c3: definition
c4: What is Value proposition?
c5:
Value proposition is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.competitive-principle-analysis
c1: commercial_product_design
c2: Competitive principle analysis
c3: definition
c4: What is Competitive principle analysis?
c5:
Competitive principle analysis is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.original-differentiation
c1: commercial_product_design
c2: Original differentiation
c3: definition
c4: What is Original differentiation?
c5:
Original differentiation is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.cost-inputs
c1: commercial_product_design
c2: Cost inputs
c3: definition
c4: What is Cost inputs?
c5:
Cost inputs is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.variant-architecture
c1: commercial_product_design
c2: Variant architecture
c3: definition
c4: What is Variant architecture?
c5:
Variant architecture is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.packaging
c1: commercial_product_design
c2: Packaging
c3: definition
c4: What is Packaging?
c5:
Packaging is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.listing-assets
c1: commercial_product_design
c2: Listing assets
c3: definition
c4: What is Listing assets?
c5:
Listing assets is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.repeatability-tests
c1: commercial_product_design
c2: Repeatability tests
c3: definition
c4: What is Repeatability tests?
c5:
Repeatability tests is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.quality-checklists
c1: commercial_product_design
c2: Quality checklists
c3: definition
c4: What is Quality checklists?
c5:
Quality checklists is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.customer-instructions
c1: commercial_product_design
c2: Customer instructions
c3: definition
c4: What is Customer instructions?
c5:
Customer instructions is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


c0: commercial_product_design.commercial-release-gates
c1: commercial_product_design
c2: Commercial release gates
c3: definition
c4: What is Commercial release gates?
c5:
Commercial release gates is a controlled capability in Commercial Product Design. It converts a need into explicit inputs, a repeatable method, editable evidence and measurable validation.


