By the end of the workshop delegates will:
- Understand the principles and importance of root cause failure analysis (RCFA) in preventing recurring failures.
- Learn how to systematically investigate failures and identify their root causes.
- Apply various RCFA tools and techniques to analyze equipment and system failures.
- Develop effective corrective actions based on root cause findings to improve reliability.
- Gain practical experience in conducting RCFA through case studies and real-world examples.
- Enhance decision-making skills to prioritize actions and resources for preventing future failures.
Day 1
Introduction to Problem Solving and RCFA Principles
- Identifying and defining problems in maintenance contexts
- Understanding the terminology and concepts of Root Cause Failure Analysis (RCFA)
- Exploring decision-making logic and processes
- Recognizing the three knowledge types essential for problem-solving
- Assessing maintenance maturity through indexing methods
- Understanding the Six Level Generic Performance Standard
- Fostering continuous improvement in maintenance practices
- Practical exercises to reinforce learning
Day 2
Enhancing Maintenance Performance – Part 1
- Introduction to modern maintenance practices and strategies
- Exploring the SQC Performance Model for sustained improvements
- Understanding reverse risk analysis for better decision-making
- Aligning maintenance and operations objectives with resource analysis
- Analyzing complexity, risk, and variability in maintenance models
- Understanding and managing the Maintenance Cost Ratio
- Solving real-world problems through group exercises
Day 3
Enhancing Maintenance Performance – Part 2
- Cross-referencing operational variables through group exercises
- Analyzing the impact of high maintenance costs and potential solutions
- Applying Sigma Sets to establish decision standards
- Evaluating the accuracy and availability of data in relation to costs
- Understanding the four critical stages of data maturity
- Distinguishing between logical critical thinking and creative problem-solving approaches
- Case studies and exercises to apply the concepts learned
Day 4
Action Plan Development and Practical Application
- Introduction to TRIZ methodology for innovative problem-solving
- Reviewing the most suitable techniques for specific maintenance challenges
- Developing a streamlined approach to problem-solving and decision-making
- Applying standard questions to address maintenance issues
- Discussing individual delegate requirements and commercial program integration
- Addressing logistical needs for effective RCFA implementation
- Analyzing client-specific problems through RCFA exercises
Day 5
Root Cause Analysis and Maintenance Strategy Development
- Developing and implementing effective maintenance strategies
- Identifying common pitfalls in maintenance improvement initiatives
- Exploring a variety of problem-solving techniques: generic, logical, and creative
- Applying a systematic RCFA methodology to identify root causes
- Practical exercises to reinforce and apply the learning
