INNOVATIVE ROOT CAUSE ANALYSIS (IRCA)

Objective:

• Understand the importance of applying structured root cause analysis methods to solve complex problems
• Identify and involve the right stakeholders during problem analysis and resolution processes
• Prioritize problems and select appropriate approaches for effective solutions
• Resolve and prevent technical, production, quality, and operational incidents more efficiently
• Apply Corrective and Preventive Action (CAPA) principles to eliminate recurring problems
• Communicate analysis findings, solutions, and recommendations effectively
• Implement root cause analysis techniques and methodologies in daily workplace practices

Content:

Introduction to Root Cause Analysis

• Introduction to the Root Cause Analysis (RCA) methodology
• Understanding generic RCA approaches including 8D, A3, DMAIC, and RATIO
• Exploring RCA tools and techniques such as 5 Why, Ishikawa Diagram, Fault Tree Analysis, and Apollo Method
• Understanding the RATIO approach
• Case studies and practical demonstrations

Problem Prioritization and Root Cause Identification

• Prioritizing problems using structured analysis methods
• Applying the RATIO Reflect step
• Analyzing case studies to determine root causes
• Applying the 5 Why analysis technique
• Using event mapping to understand problem development and causes

Technical Problem Analysis

• Applying the RATIO Analyse step
• Defining problems using the IS/IS-NOT analysis method
• Identifying and validating true root causes
• Using Ishikawa diagrams and characteristics-and-changes analysis to determine possible causes
• Conducting practical problem analysis exercises
• Completing event maps based on problem analysis outcomes

Advanced Analysis of Complex Technical and Organizational Problems

• Understanding common causes and special causes of problems
• Managing startup issues, recurring problems, and complex incidents
• Applying CUSUM analysis techniques
• Conducting human factor analysis
• Analyzing organizational and behavioural contributors to problems

Solution Implementation and Corrective & Preventive Action (CAPA)

• Applying the RATIO Target, Implement, Observe, and Evaluate steps
• Developing effective corrective and preventive actions
• Conducting complete RCA exercises using the RATIO approach
• Applying RCA methods effectively in daily operations
• Developing practical implementation strategies for successful RCA adoption
• Reviewing training outcomes and continuous improvement opportunities

For Whom:

• Engineering and Technical Managers and Supervisors across industries
• Operations and Manufacturing Managers and Supervisors
• Maintenance, Reliability, Process, Quality, and Plant Engineers
• Maintenance Planners and Coordinators
• Foremen and Team Leaders
• Professionals responsible for problem-solving, quality improvement, and operational reliability