Automotive Certified Functional Safety Professional Training According to ISO 26262: 2018 Overview
Software and hardware in electronic systems have become key differentiating factors in today’s automobile design and development. With the rising role of electronics in automobiles, functional safety has increasingly become a critical aspect of the overall product design and development. The standard ISO 26262 “Road Vehicles-Functional Safety” is a crucial compliance requirement in the automotive value chain.
Our comprehensive course covers all requirements of ISO 26262:2018. Exercises and examples are used within the presentation to show how the requirements and concepts of the standard are applied.
- Overview and scope of ISO 26262:2018
- Management of Functional Safety
- Tailoring of safety activities
- Safety culture
- Confirmation measures
- Concept phase:
- Hazard Analysis and Risk Assessment (HARA)
- Assigning safety goals and ASIL ratings
- Functional safety concept
- System level development
- Technical safety concept
- System and item integration and testing
- Safety Validation
- Hardware-software interface (HSI) specification
- Hardware level development
- Safety requirements and design
- Hardware architectural metrics, including types of faults, diagnostic coverage, SPFM, LFM and PMHF
- Hardware testing
- Software level development
- Safety requirements and design
- Software partitioning
- Software configuration
- Software unit and integration testing
- Qualification of software components
- Supporting processes
- Criteria for coexistence of elements
- ASIL decomposition
- Analysis of dependent failures
- Confidence in software tools
- Proven in use
- Functional Safety audits and assessments
Upon completion of this workshop, you will be able to:
- Understand the fundamentals of Functional Safety: concepts, principles, standards and legal implications.
- Establish and integrate functional safety management in the entire value chain.
- Conduct hazard identification and risk assessment for automotive systems.
- Determine safety goals and “Automotive Safety Integrity Levels” (ASIL) & Application of ASIL Decomposition in different phases of the development.
- Perform qualitative and quantitative safety analysis (Techniques such as FTA, FMEA and FMEDA) throughout the development process.
- Evaluate quantitative hardware metrics.
- Define a software development process in accordance with required ASIL.
- Establish a safety case to facilitate functional safety assessment and certification.
of organizations involved in Engineering Design and Development of
Automotive Electrical & Electronic Systems & sub-systems.
developers, project leaders, quality managers and testers who are
developing embedded systems in Automotive based on ISO 26262.
seeking a better understanding of functional safety of automotive
electronic systems and the ISO 26262 standard.
- Quality & Safety professionals engaged in ISO
2019 Trainings Include:
- September 16-19
- October 22-25
San Jose, CA
- November 4-7 Troy, MI
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||Training only $2395, Training and Exam $2895