
Explore FMEA within ISO 26262 automotive safety, covering safety analysis levels, inputs and purpose, fault and failure types, single point and latent fault metrics, and the ten-step methodology.
Learn how failure modes, effects, and diagnostic analysis (fmea) support automotive functional safety through a step-by-step methodology—from identifying failure modes to calculating failure rates—plus diagnostic coverage to mitigate risks.
Develop foundational skills for ISO 26262 automotive safety with FMEDA Express and prepare for the introductory test.
Identify the four safety analysis levels in automotive design, from vehicle level to component level, and see how fmea targets element-level failures and diagnostic coverage.
Explore key fmea analysis concepts, including undesirable events, safety goals, and safety mechanisms—functions and systems—plus diagnostic coverage and Asil to assess automotive safety.
Explore fmeda as a quantitative extension of fmea that incorporates diagnostic coverage for electronic control units. Use inputs such as datasheets, failure-rate databases, and iso 26262 standards.
Differentiate systematic failures from random failures and explain how design changes prevent systematic failures while statistics predict random failures, with FMEA focus and practical automotive examples.
Explore faults in functional safety, including simple faults that directly violate the safety goal, latent faults needing additional faults, dual point faults, multiple point faults, residual faults, and safe faults.
Calculate the SPF metric for an ISO 26262 compliant converter by performing FMEA steps, evaluating failure modes, safety mechanisms, and diagnostic coverage to assess single point faults.
Analyze how multiple point failures threaten safety via diagnostic coverage and safety mechanisms, then calculate mpf failure rate and the latent fault metric, and compare results to asil c targets.
FMEDA Express: Key Skills for ISO 26262 Automotive Safety is a comprehensive course designed to introduce you to the core concepts of Functional Safety and the FMEDA (Failure Modes, Effects, and Diagnostic Analysis) technique, specifically within the context of the automotive industry. This course starts with a thorough understanding of the input elements needed before performing an FMEDA analysis, such as component references, failure rate databases, and diagnostic coverage. You will learn how these elements contribute to the overall analysis and its relevance in ensuring system safety.
The course then walks you through the FMEDA process step by step, emphasizing the importance of accurate calculations and safety metrics. You will gain practical experience in performing a functional safety analysis, including how to evaluate failure modes, assess safety goals, and determine compliance with standards like ISO 26262.
Although the primary focus of this course is on the automotive sector, the principles of FMEDA can be applied to other industries, especially those dealing with safety-critical systems. Whether you are a student, a future engineer, or an industry professional, this course will equip you with the essential knowledge and skills to perform effective FMEDA analysis, helping ensure the reliability and safety of your designs and systems.