iso 26262 functional safety

Introduction to ISO 26262 Functional safety (2 day course)

Date: Ask for date
Place: Onsite/online
Language: English or Swedish
Price: 2.000 EUR, 20.000 SEK, 14.000 DKK

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Magnus Kindberg (SE, NO)
Phone: +46 (0)40 59 22 22
magnus.kindberg@nohau.se

Heidi Lehtomäki – Finland
phone: +358 40 196 0142
heidi.lehtomaki@nohau.fi

Klaus Ahrensbach – Denmark
Phone: +45 3116 1019
ka@nohau.dk

Purpose

To give an overview of ISO 26262 content. Special focus on the early phases, such as concept and system development.

Goals

The participants shall get an overall understanding of:

  • ISO 26262 structure and content
  • terminology and definitions
  • development of a ”safety case”
  • definition of and compliance with safety goals
  • analysis of safety related functions and incidents
  • classification of automotive safety integrity levels (ASIL)
  • functional and technical safety requirements
  • process and work requirements

Day 1

09:00     Introduction

09:30     Safety management

  • – An overview of safety process management
  • – Overall safety management
  • – Safety management during item development
  • – Safety management after release for production

10:30     Concept development

  • – Overview of the concept phase
  • – Item definition
  • – Initiation of safety lifecycle
  • – Hazard analysis and risk assessment
  • – Definition of Safety Goals
  • – ASIL classification
  • – Functional safety concept

12:00     Lunch

13:00     Exercise

14:00     System development

  • – Initiation of product development at the system level
  • – Specification of the technical safety requirements
  • – System design

15:30     Wrap up

16:00     End

Day 2

09:00     System development continue

  • – Item integration and testing
  • – Safety validation
  • – Functional safety assessment
  • – Release for production

09:45     Exercise

10:45     Hardware development

  • – Process overview
  • – Initiation of product development at hardware level
  • – Specification of hardware safety requirements
  • – Hardware architectural metrics
  • – Evaluation of violation of safety goal due to random HW failures
  • – Hardware integration and testing

12:00     Lunch

13:00     Software development

  • – Process overview
  • – Initiation of product development at software level
  • – Specification of software safety requirements
  • – Software architectural design
  • – Software unit design and implementation
  • – Software unit testing
  • – Software integration and testing
  • – Verification of software safety requirements

14:00     Exercise

15:00     Supporting processes

  • – Distributed development
  • – Specification and management of safety requirements
  • – Configuration Management
  • – Change Management
  • – Verification
  • – Documentation
  • – Qualification of software tools
  • – Qualification of software components
  • – Qualification of hardware components
  • – Proven in use argument

15:30     Wrap-up

16:00     End

This course is in collaboration with our partner: Evidente

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