Traditional FMEA focuses on identifying potential failure modes. Reverse FMEA takes proactive approach to failure risk identification. Methodology can be applied at various stages of product development
APQP is a systematic approach to product quality planning. It helps create high-quality products while minimizing risks. Part of the 5 Core Tools for quality management
FMEA identifies and mitigates risks from system or process failures. Three types: Design, Process, and System FMEA. Michael Anleitner emphasizes importance of appropriate scope
FMEA identifies potential failures in processes and designs. It involves failure modes and effects analysis components. AIAG-VDA handbook provides structured FMEA process guidelines
APQP ensures customer satisfaction through cross-functional planning and execution. Developed by Ford, GM, Chrysler in late 80s to standardize supplier quality systems. Process consists of four phases and five major activities
Handbook introduces Failure Mode and Effects Analysis (FMEA) for Ford products. Contains six sections and five appendices covering different FMEA types. Based on SAE J1739 standard and updated to 2011 version