FMEA and Risk Analysis Training

This training addresses the risk identification and prevention gaps that allow avoidable quality failures to reach production or customers, including:

• Quality non-conformities and product failures that recur because potential failure modes were never systematically assessed, generating unnecessary costs, warranty claims, and customer impact.
• Risk management that is informal or inconsistent, relying on individual experience rather than a structured, team-based analytical process.
• Design and process decisions made without a formal assessment of failure risk, severity and detectability before implementation.
• Corrective actions that address all failure modes with equal priority rather than focusing resources on the highest-risk items first.
• Difficulty translating FMEA outputs into actionable mitigation plans with clear ownership, timelines and measurable effectiveness criteria.

Build the capabilities to apply FMEA and Reverse FMEA methodologies to identify, quantify and mitigate risk across products and processes, shifting from reactive management to structured prevention:

• KAIZEN™ Quality Model: Understand how risk analysis fits within the KAIZEN™ approach to quality, connecting prevention, detection and continuous improvement in a structured quality management system.
• FMEA methodology: Learn the structure, logic, and step-by-step process of Failure Mode and Effects Analysis (FMEA).
• Reverse FMEA: Apply Reverse FMEA to verify whether process controls are functioning as intended, identifying gaps between planned and actual risk management.
• Analysis of failure modes and effects: Identify potential failure modes for each process step or product function and assess their effects on quality, safety, and customer satisfaction.
• Severity, frequency and detection criteria: Apply established criteria to evaluate the severity of failure effects, the likelihood of occurrence, and the effectiveness of detection controls.
• Risk prioritization: Assess and prioritize risks based on severity, occurrence, and detection ratings, focusing improvement efforts on the most critical failure modes.
• Mitigation plans and corrective actions: Develop structured mitigation plans with prioritized actions, clear ownership, and measurable targets to reduce risk and prevent high-priority failure modes.

Participants leave with the capabilities to conduct FMEA analyses, quantify and prioritize risk and build mitigation plans that prevent quality failures before they reach production or customers. Key learnings include:

• Apply FMEA methodology to identify potential failure modes, analyze their effects, and assess existing controls across products and processes.
• Use Reverse FMEA to verify whether current controls are effective under real operating conditions and identify hidden risk gaps.
• Evaluate failure modes using severity, occurrence, and detection criteria to assess risk and prioritize improvement actions.
• Develop mitigation plans that focus resources on the highest-priority risks, with clear ownership and measurable targets.
• Distinguish between DFMEA and PFMEA and apply each in the appropriate design or process context.
• Integrate FMEA outputs into the broader KAIZEN™ Quality Model to support proactive, prevention-based quality management.