Safety-Critical Systems: FMEA & Documentation Framework
Systematize FMEA and safety documentation for regulated environments
What You Can Do
Conduct structured Failure Mode and Effects Analysis (FMEA) with risk quantification and mitigation tracking. Generate comprehensive safety documentation including hazard analysis, root cause analysis, and compliance artifacts that meet regulatory standards (ISO 26262, FDA, IEC 61508). Transform complex safety requirements into actionable verification and validation plans with full traceability.
Features
Structured process for identifying failure modes, assigning severity/occurrence/detection ratings, calculating Risk Priority Numbers, and prioritizing mitigation efforts
Template-driven 5-Why analysis and fishbone diagrams to drill from observed failures to systemic root causes
Systematic enumeration of hazardous situations, failure modes, and safety-critical scenarios with severity and likelihood assessment
Auto-formatted safety cases, hazard analysis reports, and evidence matrices aligned with FDA, ISO 26262, IEC 61508, and automotive/medical standards
Monitor corrective and preventive action (CAPA) implementation, residual risk assessment, and closure verification across FMEA entries
Link system requirements to identified failure modes, mitigations, and verification methods for audit readiness and change impact analysis
Calculate RPN values, generate risk matrices, and rank failures by severity to focus mitigation resources on highest-impact items
Example Output
FMEA Summary Table:
| Failure Mode | Severity | Occurrence | Detection | RPN | Recommended Action |
|---|---|---|---|---|---|
| Sensor signal loss | 9 | 3 | 4 | 108 | Redundant sensor circuit + self-test firmware |
| Software timeout | 7 | 2 | 3 | 42 | Watchdog timer + graceful degradation |
Root Cause Analysis (5-Why):
- Observed: ECU reboots under temperature stress
- Why 1: Voltage regulator exceeds thermal rating
- Why 2: PCB layout concentrates heat without adequate trace spacing
- Why 3: Design review didn't include thermal simulation step
- Why 4: Thermal analysis tool not in standard design checklist Root Cause: Missing thermal validation gate in design process
Compliance Mapping (ISO 26262):
✓ ASIL-D hazard identified and documented
✓ Mitigation verified against functional safety requirements
✓ Residual risk acceptable per hazard rating matrix
What's Included
- FMEA Worksheet Template: Pre-structured form with severity/occurrence/detectability rating scales, RPN calculation, and action tracking columns
- Root Cause Analysis Guides: 5-Why methodology, fishbone diagram templates, and systemic vs. component cause frameworks
- Regulatory Compliance Checklist: Requirements mapping for FDA, ISO 26262, IEC 61508, and ISO 13849 with evidence collection guidance
- Hazard Analysis & Assessment Framework: Systematic hazard identification, severity classification, and likelihood estimation tied to safety standards
- Mitigation & Verification Guidance: CAPA templates, design control documentation, and verification/validation planning for closure evidence
- Safety Documentation Artifacts: Safety case arguments, design specifications, and regulatory-formatted reports ready for audit submission
Who It's For
- Safety Engineers in automotive, aerospace, and industrial sectors
- Medical device compliance and quality assurance teams
- Product development and engineering managers in regulated industries
- Regulatory affairs and compliance professionals
Best For
- Functional safety analysis (ISO 26262, IEC 61508) for high-criticality systems
- Medical device hazard analysis and FDA documentation preparation
- Root cause investigation and corrective action closure
- Regulatory audit preparation and compliance evidence mapping
You might also like
You can systematically diagnose organizational problems using established frameworks (McKinsey 7S, Burke-Litwin, root cause analysis), generate actionable intervention designs tailored to your specific context, and create stakeholder-aligned change strategies. This skill helps you move from symptom identification to targeted solutions with built-in implementation roadmaps.
by omkamal
You can design and validate selection systems that maximize predictive accuracy while minimizing legal risk. The skill applies industrial-organizational psychology principles to create structured assessments, job analyses, and validity evidence that withstand regulatory scrutiny. You'll generate documentation that demonstrates how your selection criteria connect to job performance and comply with EEOC/OFCCP standards.
by omkamal
Systematically analyze performance gaps in your organization using data-driven methodologies, then design targeted, evidence-based training interventions. Claude guides you through root cause analysis, learner needs assessment, and comprehensive program design with clear implementation timelines and success metrics. You'll move beyond generic training to interventions proven to close specific skill gaps.
by omkamal
This skill guides you through comprehensive usability analysis workflows—from planning research activities and conducting user interviews to synthesizing findings and generating data-backed recommendations. You'll transform raw research data into structured insights that inform product decisions, identify usability pain points, and prioritize improvements based on user impact and feasibility. The skill handles everything from creating research templates and analysis frameworks to generating executive summaries and implementation roadmaps.
by omkamal
You can systematically examine aerospace incidents, cockpit procedures, and interface designs using established human factors frameworks like SHEL, Norman's action theory, and Reason's accident causation model. The skill identifies human performance bottlenecks, error traps, and design vulnerabilities—then recommends evidence-based mitigations that reduce cognitive workload, enhance situational awareness, and prevent accidents.
by omkamal
You systematically architect feature requirements for connected car infotainment systems by synthesizing customer insights, technical constraints, and regulatory mandates. This skill structures the translation of market data into unambiguous specifications that engineering teams can execute against, accounting for legacy hardware integration, multi-generational vehicle platforms, and safety-critical certification requirements.
by omkamal
This skill transforms raw clinical findings and assessment data into structured, legally defensible competency evaluation reports. You provide clinical observations, test scores, and relevant history; Claude organizes them into coherent narratives with proper test cross-referencing, expert reasoning frameworks, and standards-compliant conclusions that withstand legal scrutiny.
by omkamal
This skill helps you develop comprehensive expert witness reports grounded in forensic psychology research, case law, and evidentiary standards. It guides you through crafting testimony strategies that anticipate cross-examination challenges, identify weaknesses in opposing arguments, and present psychological conclusions with maximum credibility before court. You'll produce documentation that withstands legal scrutiny and jury standards.
by omkamal