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Hardware development

Functional Safety for Road Vehicles – ISO 26262:2018 - Hardware Development

The international standard ISO 26262:2018 is used for ensuring functional safety of electric/electronic (E/E) systems in safety-related functionality in road vehicles. This course focuses on the lifecycle for hardware development in ISO 26262.

The goal of the course is to give hardware developers in the automotive domain an understanding of the parts of ISO 26262 that are most relevant to them. Building on the ISO 26262 overview course, this course goes deeper into primarily part 5 of the standard – Product development at the hardware level, but also covers some of the requirements in parts 6, 7, 8, and 9 that are related to the hardware development. A special focus is on the methods for evaluation of effects of random hardware failures.

Target audience

The course is primarily suited for engineers involved in the development of automotive E/E systems.

Prerequisites

The course ISO 26262:2018 Overview or equivalent knowledge. The participant should have some experience working with embedded E/E-systems.

Many participants from your company?

Companies that want to register at least five participants can get a discount on the course fee. We can also hold the course only for your company where we jointly agree on the time and place. Contact the course coordinator for further information and for a quote.

Additional information

In case of fewer than three registered participants, the course may be cancelled. This will be communicated at least one week before the course date.

Course type

Course,

Course format

Digital - live,

Validation

Course certificate

Course hours

3

Course language

sv/en

Occasions

2 Dec 2021 - Online
02 Dec 2021
09:00-12:00
3000 SEK
Unlimited
Programme
Programme
  • Reference phase model
  • Specification of Hardware Safety RequirementsHardware safety requirements
  • Hardware design
  • Safety analysis
  • Hardware verification
  • Production, operation, service and decommissioning
  • Evaluation of Hardware metrics
  • Evaluation of safety goal violations due to random hardware failures
  • Evaluation of Hardware Elements (Part 8)
  • Hardware integration and verification
  • System verification and validation
Fredrik Warg

Administrator

Fredrik Warg

Teknologie doktor

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