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Dashboard Purpose

The Program Manager Dashboard is designed for:
  • Program managers overseeing multi-disciplinary aerospace safety projects
  • Certification authorities requiring evidence of compliance across standards
  • Gate reviews and milestone decision points
  • Executive stakeholder briefings on project health and risk posture
The dashboard synthesizes detailed metrics from role-specific dashboards (Safety Engineer, Design Engineer, V&V Engineer, Configuration Manager) into a unified program-level view aligned with aerospace development standards: ARP 4754A, ARP 4761, DO-178C, DO-254, MIL-STD-882E, and DO-326A.

Key Metrics

The Program Manager Dashboard displays the following primary metrics:
MetricPurposeData SourceExample (Aero1 FCC Project)
Overall Readiness %System-level completion across all development phases and standardsAggregated from requirement specs, risk specs, test specs68.3%
Requirement Decomposition %Parent-child traceability completeness across customer → system → design levelsRequirements space: parent/child link coverage42.9%
Test Execution Progress %Percentage of test cases executed (pass + fail) vs. plannedTest space: execution status distribution54.3%
Risk Control Implementation %Risk controls implemented or in-progress vs. total identifiedRisk space: risk control status filtering87.2%
Document Approval StatusDocuments in approved/published state vs. totalDocument workflow tracking (draft → approved → published)91.4%

Readiness by Standard

The dashboard includes a 7-standard compliance scorecard showing certification readiness per aerospace standard:
StandardReadiness MetricsEvidence Tracking
ARP 4754ASystem requirements classified (93%), decomposed (42.9%), verified (54.3%)System Decomposition report, RTM PowerSheet
ARP 4761Failure modes analyzed (260 FM), risk controls implemented (87.2%), post-mitigation RPN scored (100%)SFMEA/DFMEA risksheets, Risk Control Effectiveness report
DO-178CSoftware requirements (0 current), design assurance level classification, verification objectivesDO-178C Compliance Matrix, Code Requirements spec
DO-254Hardware design requirements (15), DAL classification (93.3%), test coverage (40%)Hardware Design spec, Design Verification report
MIL-STD-882EHazards identified and tracked (18 failure conditions), risk controls (214), post-mitigation assessment (100%)Hazard Tracking risksheet, Common Cause Analysis
DO-160GEnvironmental qualification status, test specificationsEnvironmental Testing spec
DO-326ASecurity threats assessed, SAL levels assignedSecurity Threat Assessment risksheet

Dashboard Layout

diagram

Project Statistics Bar

The dashboard displays a project-wide statistics bar counting 9 primary work item types:
ArtifactCount (Aero1 FCC)Tracked Via
System Elements12System decomposition tree
Customer Requirements25Customer Requirements space
System Requirements31System Requirements spec
Design Requirements15Design Requirements spec
Functions18Design Functions PowerSheet
Characteristics63Design Characteristics PowerSheet
Test Cases33Testing space test specifications
Failure Modes260SFMEA/DFMEA risksheets
Failure Conditions18FHA/PSSA/SSA safety assessments
Additional metrics tracked on role-specific dashboards: Risk Controls (214), Compliance Objectives, Security Threats (SAL tracked), Hazards (MIL-STD-882E).

Compliance & Certification Readiness

Per-Standard Readiness Matrix

The dashboard includes a detailed readiness matrix with 5 coverage metrics per standard:
StandardClassification %Decomposition %Test Coverage %RPN Scored %Doc Count
ARP 4754A93%42.9%54.3%N/A11
ARP 4761N/AN/AN/A100%26
DO-178C0.0%100%40%N/A4
DO-25493.3%100%40%100%11
DO-160GN/AN/AN/AN/A4
MIL-STD-882EN/AN/AN/A100%26
DO-326AN/AN/AN/AN/A1
Readiness Color Coding:
  • 🟢 Green: ≥80% complete
  • 🟡 Orange: 50–79% complete
  • 🔴 Red: <50% complete
  • ⚪ Gray: Not applicable (N/A) for this standard

Metric Definitions

  • Classification %: Requirements with required classification field populated / total requirements at that level
  • Decomposition %: Requirements with parent-child traceability links / total requirements at that level
  • Test Coverage %: Requirements with linked test cases / total requirements
  • RPN Scored %: Failure modes with post-mitigation RPN value calculated / total failure modes
  • Doc Count: Number of specification documents in the Requirements, Design, and Risk spaces
Some standards (DO-326A Security, DO-160G Environmental) may show N/A metrics if threat assessment or environmental testing has not yet been populated. Review the Certification Readiness Scorecard report for detailed evidence per objective.

Risk Posture Summary

The dashboard displays risk metrics aggregated from all failure mode analysis documents:
MetricFormulaAero1 FCC Example
High RPN (>30)Failure modes with post-mitigation RPN > 303 modes
Medium RPN (11–30)Failure modes with post-mitigation RPN 11–3070 modes
Low RPN (≤10)Failure modes with post-mitigation RPN ≤ 10187 modes
Risk Controls ImplementedRisk controls with status = implemented or in-progress214 of 214 (100%)
Risk Control CoverageFailure modes with at least one linked risk control98.5% of 260 FM

Role Dashboard Summary Panels

The Program Manager Dashboard provides quick-access summary panels for each role’s key metrics:

Safety Engineer Panel

  • Failure condition count by ARP 4761 classification (Catastrophic, Hazardous, Major, Minor, No Effect)
  • RPN distribution post-mitigation (High/Medium/Low counts)
  • Risk controls pending implementation or verification
  • FHA/PSSA/SSA/DFMEA document status

Design Engineer Panel

  • Design requirement count and classification completeness (93.3% classified)
  • Characteristics coverage per component
  • DFMEA assignments (percent assigned vs. unassigned)
  • Change request queue status

V&V Engineer Panel

  • Test case execution status: pass, fail, not-run counts
  • Verification coverage per requirement level (System Reqs: 61.3%, Design Reqs: 40%)
  • Test-requirement traceability gaps
  • Environmental qualification status

Configuration Manager Panel

  • Total documents: 85 (across all spaces)
  • Document approval status breakdown (draft, in-review, approved, published)
  • Baseline tracking and version history
  • Change request workflow status

Document Baseline Status

The dashboard displays document lifecycle status across all specification spaces:
StatusCount (Aero1 FCC)Meaning
Draft5Under initial authoring; not yet reviewed
In Review7Awaiting approval by subject matter expert or certification authority
Approved63Reviewed and approved; ready for release to baselines
Published/Baselined10Released to configuration baseline; frozen for certification
Document status is tracked via the Risk Specification Document Workflow (Draft → In Review → Approved → Published). The Program Manager Dashboard includes a right-side quick-links sidebar with 4 navigation groups:
  • Whole RTM (end-to-end customer req → test case traceability)
  • ARP 4754A System Dev Assurance (requirements with DAL classification)
  • Design Verification (design req → test case verification mapping)
  • Component RTM (component-level design reqs and characteristics)
  • User Need Validation (customer requirement validation)
  • Requirements Traceability (coverage and gaps by requirement level)
  • V&V Summary (test execution and verification completeness)
  • Risk Control Effectiveness (pre- vs. post-mitigation RPN comparison)
  • System Decomposition (system/subsystem/component artifact inventory)
  • FMEA Coverage Gaps (characteristics without failure mode analysis)
  • HARA Risk Matrix (severity × likelihood assessment)
  • FMEA Summary (design FMEA with RPN distribution)
  • Compliance Matrix (DO-178C/DO-254 objective status)
  • Security Threat Assessment (DO-326A STRIDE inventory)
  • Common Cause Analysis (ARP 4761 CMA events)
  • System Structure Navigator (interactive element tree with document links)
  • Data Model (RTM entity types and relationships)

System Architecture Reference

The Program Manager Dashboard aggregates metrics from a multi-level system decomposition. The reference architecture (Aero1 Flight Control Computer) follows a 3-level hierarchy: diagram Each system element has associated specification documents (requirements, functions, characteristics) and safety analysis documents (SFMEA, DFMEA). The dashboard aggregates all metrics across all 12 system elements.
The Program Manager Dashboard metrics are computed live via Velocity queries against work item counts and document status fields. Access the dashboard in Polarion at Project Home → Program Manager Dashboard or via the Dashboards quick-link menu.
Code: .polarion/pages/spaces/_default/Program Manager Dashboard/page.xml, Safety Engineer Dashboard/page.xml, Design Engineer Dashboard/page.xml, VandV Engineer Dashboard/page.xml, Config Manager Dashboard/page.xml (0.52) · .polarion/pages/spaces/_default/Home/page.xml (0.48) · .polarion/pages/spaces/Requirements/Home/page.xml, Design/Home/page.xml, Risks/Home/page.xml, Testing/Home/page.xml, Risks/FMEA Reports/page.xml, Documentation/Home/page.xml, Documentation/Powersheet Help Redirect/page.xml, RiskTemplates/Home/page.xml (0.44) · datasets/sol-aero-ui-walkthrough/summary.md, navigation.md, dashboards/home-dashboard.md, dashboards/role-dashboards.md, dashboards/standards-compliance.md, risksheet-views/risksheet-views.md, work-item-types/data-model.md (0.39) · .polarion/hats/_default/portal/topics.xml, .polarion/hats/admin/portal/topics.xml (0.35)