Which engineering technique is used to analyze potential failure modes and their effects?

Which engineering technique is used to analyze potential failure modes and their effects?

• A. Failure Modes, Effects and Criticality Analysis
• B. Integrated Logistics Support
• C. Reliability Centered Maintenance
• D. Maintenance Task Analysis

Answer: (A)

Identifying how something can fail and what that failure would do to the system is what this technique is designed to assess. Failure Modes, Effects and Criticality Analysis (FMECA) systematically identifies possible failure modes, describes their effects on system performance, determines their causes, and evaluates the risk they pose, often with a criticality assessment to prioritize mitigation. This approach helps engineers focus on the most impactful failures and decide where design changes, inspections, or maintenance actions will best reduce risk. Integrated Logistics Support is a framework for organizing logistics and support, Reliability Centered Maintenance determines what needs to be maintained, and Maintenance Task Analysis studies the steps and requirements of maintenance tasks.

Identifying how something can fail and what that failure would do to the system is what this technique is designed to assess. Failure Modes, Effects and Criticality Analysis (FMECA) systematically identifies possible failure modes, describes their effects on system performance, determines their causes, and evaluates the risk they pose, often with a criticality assessment to prioritize mitigation. This approach helps engineers focus on the most impactful failures and decide where design changes, inspections, or maintenance actions will best reduce risk. Integrated Logistics Support is a framework for organizing logistics and support, Reliability Centered Maintenance determines what needs to be maintained, and Maintenance Task Analysis studies the steps and requirements of maintenance tasks.