ISO 26262-4:2018: Product development at the system level

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Alexander Walter

58:18

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1. Introduction

1.1 Udemy-ISO 26262-4 - Product development at the system level.pdf

1. Introduction.mp4

02:44

2. What is Functional Safety.mp4

01:50

3. Overview of ISO 262622018.mp4

09:07

2. 4-6 Technical safety concept

1. Technical safety concept.mp4

03:04

2. What is a system.mp4

02:37

3. Technical safety requirements.mp4

05:07

3. 4-7 System architectural design

1. System architectural design.mp4

09:15

2. Fault-Tree-Analysis (FTA).mp4

02:12

3. Failure Mode and Effects Analysis (FMEA).mp4

11:38

4. Technical safety concept.html

4. 4-8 and 4-9 System and item integration and testing

1. 4-8 System and item integration and verification.mp4

07:24

2. 4-9 Safety validation.mp4

01:20

3. Thank you for your attention!.mp4

02:00

Description

Plain and simple clause by clause explanation of ISO 26262-4:2018: System development with exercises (electric vehicle)

What You'll Learn?

Functional Safety
ISO 26262
Automotive Engineering
ISO 26262-4: Product development at the system level
Technical safety concept
Technical safety requirements
System architectural design
Fault tree analysis
Failure mode and effects analysis
System and item integration and testing

Who is this for?

Project Leaders

Safety Managers

System Designers

Software Developers

Hardware Developers

Test Engineers

Quality Responsibles

More details

Description
This course is about ISOÂ 26262-4: Product development at the system level. All relevant clauses of this part of ISOÂ 26262 are explained in the course. The following clauses are considered:
Clause 6: Technical safety concept
Clause 7:Â System architectural design
Clause 8: System and item integration and verification
Clause 9: Safety validation

The following aspects are considered in Clause 6: Technical safety concept:
The ISOÂ 26262 V-model for the development phase
Definition of the term "system"
Characteristics and attributes of technical safety requirements
The following aspects are considered in Clause 7:Â System architectural design:
Relevant aspects for derivation of the system architectural design from the preliminary architectural design
Safety analyses according to ISOÂ 26262
Explanation of the method fault tree analysis (FTA) with an example
Explanation of the method failure mode and effects analysis (FMEA) according to the VDA/AIAG handbook (7 Steps)
The following aspects are considered in Clause 8: System and item integration and testing:
Relevant integration levels
Test objectives according to ISOÂ 26262
Test methods
The following aspects are considered in Clause 9: Safety validation:
What is the difference between verification and validation?

The course includes an exercise for clause 6 and clause 7.
In the exercises you will learn step by step how to develop the technical safety concept for an electric vehicle and the safety goal "Avoid an unintented acceleration".
A possible solution for the exercise is presented in a video.
Who this course is for:
Project Leaders
Safety Managers
System Designers
Software Developers
Hardware Developers
Test Engineers
Quality Responsibles

User Reviews

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I have a master degree and over 5 years experience in the field of functional safety and ISO 26262.I have been working for the worlds biggest automotive supplier Bosch. In the role as package responsible i was responsible for the safety software of the vehicle. I have managed several projects from ASIL B to ASIL D.In the past years i gained experience with the development of safety software for conventional, hybrid and electric vehicles.I was also responsible for the training of newcomers. In 2021 i decided to train other engineers full-time. Now i provide e-learning courses and consulting services for functional safety and ISO 26262.

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