Engineering Failure Analysis
Master the tools and methods used to investigate,
understand, and prevent engineering failures
Course Overview
This course provides a structured and practical approach to analyzing engineering failures in products and processes.
Participants will learn how to identify failure mechanisms, perform root cause analysis, and apply systematic investigation methods to prevent recurrence.
The course combines analytical tools, real industrial case studies, and practical techniques to support reliability improvement and informed engineering decisions.
Learning Outcomes
Participants will be able to:
• Understand key failure mechanisms in engineering systems
• Apply structured Root Cause Analysis (RCA) methodologies
• Use tools such as 5 Why, Fishbone, and fault tree analysis
• Analyze failures using data and engineering judgment
• Identify contributing factors and system weaknesses
• Define corrective and preventive actions (CAPA)
• Apply failure analysis methods in real industrial scenarios
Course Topics
Core Failure Analysis Concepts
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Introduction to engineering failures
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Types of failures (mechanical, process, system)
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Failure mechanisms and modes
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Root Cause Analysis methodologies
Application & Investigation Tools
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5 Why, Fishbone (Ishikawa), Fault Tree Analysis
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Data collection and failure investigation
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Corrective and preventive actions (CAPA)
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Case studies from industrial environments
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Best practices in failure prevention
Target Audience
• Quality engineers
• Reliability engineers
• Manufacturing and process engineers
• Maintenance and technical teams
• Professionals involved in problem-solving and failure investigation
Course Format
Duration: 8–16 hours (adjustable)
Format: Classroom / On-site / Hybrid
Includes: practical exercises, real case studies, analysis tools
Certification
Participants receive an official ALD Certificate of Completion, endorsed by the Israeli Institute for Quality, Innovation & Excellence (IIQIE), the official EOQ representative in Israel.
Why Train with ALD?
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Practical failure analysis approach based on real industrial cases
Strong expertise in reliability and root cause methodologies
Hands-on tools for immediate application
Experience in aerospace, defense, and manufacturing environments
Focus on prevention, not just analysis