Training Course Content
Process FMEA (PFMEA) for Medical Device Manufacturing – Risk Analysis and Preventive Control.
Process Failure Modes and Effects Analysis (PFMEA)
Course Duration
2 Days (Typical: 09:00 – 17:00, 14 Hours)
Target Audience
Production, Engineering, Quality Assurance, Process Engineers, Supervisors, Line Leaders, Technicians, Continuous Improvement teams, and personnel involved in risk management or process validation.
Prerequisites
Basic understanding of manufacturing processes. Prior exposure to quality tools or risk management concepts is beneficial but not required.
Training Method
Interactive lecture, group discussion, hands-on workshops, case studies, and practical exercises.
Assessment
Participation in workshops, group presentations, practical outputs, and trainer evaluation.
Table of Contents
- Course Overview
- Learning Outcomes
- Course Delivery and Materials
- PFMEA Process Mapping to Training Modules
- Workshops and Exercises
- Assessment and Completion Criteria
- Practical Implementation Tips
Course Overview
This two-days training provides participants with a practical understanding of Process Failure Modes and Effects Analysis (PFMEA) and its application in medical device manufacturing.
The course focuses on systematically identifying potential process failures, assessing risks, determining root causes, and implementing preventive controls to improve product quality, safety, and regulatory compliance.
Emphasis is placed on team-based analysis, data-driven decision-making, and integration with quality systems such as risk management and process validation.
Learning Outcomes
By the end of this training, participants will be able to:
- Explain the purpose and importance of PFMEA in medical device manufacturing
- Develop and interpret Process Flow Diagrams (PFD)
- Conduct a structured PFMEA analysis
- Identify failure modes, effects, and causes
- Assess risks using Severity, Occurrence, and Detection ratings
- Calculate and interpret Risk Priority Numbers (RPN)
- Apply root cause analysis tools (Fishbone and 5 Why)
- Develop effective control plans and mitigation actions
- Maintain PFMEA as a living document
Course Delivery and Materials
- Participant slide deck / handouts
- PFMEA templates and worksheets
- Case study materials
- Flip charts / whiteboard for group activities
- Sample Process Flow Diagrams
- Example control plans
PFMEA Process Mapping to Training Modules
| PFMEA Step | Training Module | Typical Outputs |
| PFMEA Introduction | Module 1 | Understanding of PFMEA purpose and structure |
| Process Flow Development | Module 2 | Process Flow Diagram |
| Failure Analysis | Module 3 | PFMEA worksheet with risks identified |
| Risk Evaluation | Module 3 | Severity, Occurrence, Detection, RPN |
| Root Cause Analysis | Modules 4–5 | Fishbone diagram, 5 Why analysis |
| Risk Mitigation | Module 3 | Recommended actions and controls |
| Implementation & Maintenance | Conclusion | Control plan and monitoring approach |
Workshops and Exercises
- Workshop A: Process Flow Diagram Development Participants map process steps and interfaces.
- Workshop B: PFMEA Practical Identify risks and calculate RPN.
- Workshop C: Fishbone Analysis Determine possible root causes.
- Workshop D: 5 Why Analysis Investigate underlying causes.
Assessment and Completion Criteria
Participants must:
- Actively participate in discussions and workshops
- Complete group exercises
- Demonstrate understanding during presentations
Certificate of attendance may be issued upon completion.
Practical Implementation Tips
| Area | Guidance |
| Process Understanding | Ensure accurate process mapping before analysis |
| Team Composition | Include cross-functional members |
| Risk Prioritization | Focus on high Severity risks first |
| Documentation | Maintain PFMEA as a living document |
| Control Plans | Link PFMEA results to process controls |
| Continuous Improvement | Update after changes, incidents, complaints or audits |
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