One-day workshop on failure mode, effects and diagnostic analysis (FMEDA) for ISO 26262 hardware: part identification, FIT tables, failure mode distribution, single-point and latent fault metrics, and the safety plan.
Teaches how to develop and use a failure mode, effects and diagnostic analysis (FMEDA) to identify and address design malfunctions during hardware development and so achieve the safety goals of ISO 26262. After placing the method within product planning and ISO 26262, it covers FMEDA preparation and then its development through six exercises: the boundary (schematic) diagram and part identification, using FIT tables, starting the FMEDA, transferring part information, component failure rates and failure mode distribution, and calculating the single-point and latent fault metrics. It closes with how the results feed the safety plan. Participants receive a seminar manual and a workbook with case-study exercises.
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Product planning and ISO 26262 · Failure mode, effects and diagnostic analysis
Exercise: boundary (schematic) diagram and part identification · Exercise: using FIT tables
Exercises: starting the FMEDA and transferring part information · Exercise: component FIT, failure modes and failure mode distribution · Exercise: single-point and latent fault metrics (SPFM and LFM)
Design accelerated tests to estimate how products perform over their service lives.
Three-day blended short course on the systems engineering and safety assurance of autonomous systems that use AI, from hazards and machine learning assurance to human-autonomy teaming and the autonomous systems safety case.
Two-day hands-on course on system and design FMEA using the AIAG-VDA seven-step approach, from boundary and P diagrams to risk analysis, optimisation and design verification planning (DVP&R), with an optional certification exam.