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ISO 26262 – Automotive functional safety

Objectives

  • Understand functional safety management and its objectives in the automotive field
  • To provide the basis for understanding the ISO26262 standard and its vocabulary
  • Provide useful elements for the development of automotive equipment in order to challenge your customers or suppliers
  • Be able to identify the impact of ISO26262 requirements on processes and development (at system, hardware, software and manufacturing level)

This training is based on extensive experience in implementing the Safety of Life requirements for embedded systems and software developed for critical applications in the automotive field. The main contribution of this training lies in our ability to provide a detailed level of information on the understanding of the specificities of this standard.

PART 1

  • Introduction to Dependability / Functional safety
  • Overview of ISO 26262
  • Management of functional safety (ISO 26262-2)
    • Overall safety management
    • Project dependent safety management
  • Concept phase (ISO 26262-3)
    • Item definition
    • Hazard analysis and risk assessment
    • Functional safety concept / ASIL decomposition

DAY 2

  • Product development at the system level (ISO 26262-4)
    • Technical safety concept
    • System and item integration and testing
    • Safety validation
  • Product development at the hardware level (ISO 26262-5)
    • Specification of hardware safety requirements
    • Hardware design
    • Evaluation of the hardware architectural metrics
    • Evaluation of the safety goal violations due to random hardware failures
    • Hardware integration and verification
  • Safety management regarding production, operation, service and decommissioning (ISO 26262-7)
  • Adaptation of ISO 26262 for motorcycles (ISO 26262-12)

DAY 3

  • Product development at the software level (ISO 26262-6)
    • Introduction to functional safety
    • Safety management
    • From Functional Safety Concept to software specification
    • Software specification
    • Software architectural design
    • Safety mechanisms / Safety analyses
    • Design and implementation
    • Unit Tests
    • Integration Tests
    • Verification of the software safety requirements
    • Safety case
    • Software configuration
    • Software tools qualification
    • Qualification of software components

Coding knowledge

Project officer, quality manager, programmer

Process Engineer, Project Leader

Projection and printed copies of Powerpoint presentations, practical case studies, exercises, situational examples, theoretical examples, video materials, …

Assessments at the beginning and end of the course, quizzes …

5 working days before the course start date (if financed by OPCO).

A training certificate complying with the provisions of Article L. 6353-1 paragraph 2 is issued to the trainee.

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