Introduction to ISO 26262
The purpose of this track is to provide engineers and managers with a basic understanding of the key concepts of ISO 26262. This includes information on the scope of the standard, how the standard addresses the broader automotive supply chain, and key requirements defined at each phase of the product lifecycle.
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Sessions
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ISO 26262: Simple Terms
This session takes a broad look at ISO 26262, the safety standard for electronic and electronic systems deployed into automobiles. In this session, we will review the activities and work products expected within the majority of chapters defined in ISO 26262. -
ISO 26262: Requirements Management
In this session, you will learn the workflow of a requirement, the artifacts that must be captured to successfully pass an assessment, and the importance of automated data management. Requirements management forms the backbone for the majority of safety critical standards, including ISO 26262. -
ISO 26262: Bottoms-Up Safety Analysis
In this session, you will gain an understanding of the core challenges performing safety analysis in today’s complex IP and IC architectures. This session will describe the impact to inaccurate analysis and how bottoms-up safety analysis is critical to ensuring an efficient single iteration safety lifecycle. A workflow and methodology defining the approach to bottoms-up safety analysis is described. -
ISO 26262: Fault Campaign Management
In this session, you will gain an understanding of the core challenges executing an ISO 26262 Fault Campaign and a methodology to ensure maximum efficiency. This session will describe the pros and cons of solutions contributing to the closure of a fault campaign. Additionally, a workflow and methodology will be defined which enables maximum efficiency in closing out the fault campaign. -
ISO 26262: Creating an Optimal Safety Architecture
In this session, you will gain an understanding of the core challenges defining an optimal safety architecture. This session will describe the pros and cons of various safety features deployed within a larger safety architecture. Additionally, a workflow and methodology will be described which guides the creation and also validates the safety architecture prior to executing an expensive fault campaign.
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Overview
The inclusion of complex electronic systems within vehicles continues to grow at an exponential pace. Ensuring these systems operate correctly and fail safely in the presence of hardware faults is of paramount importance in guaranteeing safety.
ISO 26262 is the state of the art international standard defining the functional safety activities required in the development of electrical and electronic systems in production automobiles. Adherence to the standard provides unique challenges to companies who have previously developed automotive products as well as companies looking to enter into the automotive market.
A holistic methodology across planning, design, and verification is critical in ensuring products meet safety requirements, deploy on time, and within budget.
The purpose of this track is to provide engineers and managers with a basic understanding of the key concepts of ISO 26262. This includes information on the scope of the standard, how the standard addresses the broader automotive supply chain, and key requirements defined at each phase of the product lifecycle.