Root Cause Failure Analysis Equipment
To equip participants with the practical skills and analytical tools required to conduct structured Root Cause Failure Analysis (RCFA) on industrial equipment, identify technical and systemic failure mechanisms, evaluate contributing factors, and develop sustainable corrective and preventive actions aligned with reliability and asset integrity principles.
F. Reservoir Engineering Course/Petroleum Engineering
3 days
Skilled
Classroom + Field Trip
After completing this course, participants will be able to:
- Apply structured RCFA methodologies
- Identify mechanical and systemic failure mechanisms
- Collect and analyze investigation data
- Distinguish symptoms from root causes
- Recommend sustainable technical and organizational solutions
- Integrate RCFA into reliability improvement programs
DAY 1 – Failure Fundamentals & RCFA Methodology
Objective: Build strong understanding of failure mechanisms and structured RCFA frameworks.
Session 1 – Introduction to Root Cause Failure Analysis
- What is RCFA?
- Difference between troubleshooting vs. root cause analysis
- Reactive vs. proactive reliability approach
- The cost of repeated failures
- Overview of industry standards (e.g., API RP 580 for risk-based thinking)
Session 2 – Failure Mechanisms in Industrial Equipment
- Mechanical failures (fatigue, overload, misalignment)
- Corrosion mechanisms
- Erosion & wear
- Cavitation in pumps
- Vibration-induced failure
- Thermal stress & creep
- Lubrication-related failures
Session 3 – Structured RCFA Methodologies
- 5-Why analysis
- Fishbone (Ishikawa) diagram
- Fault Tree Analysis (FTA)
- Event & Causal Factor Charting
- Barrier-based analysis
- Selecting the appropriate RCFA depth
Workshop 1
- Analyze a pump failure case
- Develop cause-and-effect diagram
- Identify immediate vs. root causes
DAY 2 – Evidence Collection, Data Analysis & Diagnostics
Objective: Enable participants to conduct technically sound investigations using data and physical evidence.
Session 1 – Failure Investigation Process
- Failure reporting & documentation
- Securing the scene
- Evidence preservation
- Interviewing operators & technicians
- Building a failure timeline
Session 2 – Technical Diagnostics & Data Analysis
- Vibration analysis fundamentals
- Oil analysis interpretation
- Thermography basics
- NDT results integration
- Process parameter trend analysis
- Using CMMS history in investigation
Session 3 – Human & Systemic Factors
- Human error contribution
- Maintenance strategy gaps
- Design vs. operational mismatch
- Organizational & procedural factors
- Latent vs. active failures
Workshop 2
- Review multi-source data (vibration, temperature, process trend)
- Identify primary and contributing causes
- Distinguish technical vs. systemic failure drivers
DAY 3 – Corrective Actions, Prevention & Reliability Integration
Objective: Strengthen participants’ ability to recommend sustainable solutions and prevent recurrence.
Session 1 – Developing Corrective & Preventive Actions
- Immediate containment actions
- Long-term corrective solutions
- Design modification considerations
- Maintenance strategy revision
- Monitoring & condition-based improvements
Session 2 – Linking RCFA to Reliability Improvement
- Reliability-centered maintenance (RCM) linkage
- Failure Mode & Effects Analysis (FMEA) integration
- KPI tracking (MTBF, MTTR, availability)
- Risk-based prioritization
- Building lessons-learned database
Session 3 – Reporting & Communication
- Structuring an RCFA report
- Executive summary for management
- Presenting findings with evidence
- Action tracking & follow-up
- Audit & verification of effectiveness
Final Case Study Workshop
Participants will:
- Investigate a complex equipment failure scenario
- Build fault tree or event chart
- Identify root cause(s)
- Recommend corrective & preventive actions
- Present technical justification
This course is designed for professionals with 2–10 years of experience in maintenance, operations, reliability, or engineering roles, including:
- Maintenance Engineers
- Reliability Engineers
- Mechanical Engineers
- Rotating Equipment Engineers
- Static Equipment Engineers
- Inspection Engineers
- Production / Operations Engineers
- Asset Integrity Engineers
- Supervisors involved in troubleshooting and equipment failure
Prerequisite Knowledge
Participants should already understand:
- Basic mechanical systems (pumps, compressors, valves, piping, heat exchangers, etc.)
- Equipment operation principles
- Preventive and corrective maintenance concepts
- Basic reliability terminology (MTBF, failure rate, etc.)
For more details, please contact our administrator