Adaptation of ISO26262 for the Development of Semiconductor for Automotive
- Gain insights into safety mechanisms, fault analysis, hardware-software co-design, and verification strategies essential for semiconductors used in modern vehicles.
- Integrate safety concepts in SoC/MCU development lifecycles
- Understand the ISO 26262 framework and its application to semiconductors
- Identify safety requirements and ASIL decomposition for semiconductor components
- Perform Failure Modes, Effects, and Diagnostic Analysis (FMEDA)
- Understand fault injection testing and safety verification techniques
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The adaptation of ISO26262 for the development of semiconductor for automotive training program is designed for semiconductor professionals involved in the development of safety-critical automotive components. The course provides a comprehensive understanding of ISO 26262:2018 with special emphasis on Part 11 guidance for semiconductor development, ensuring compliance with automotive safety integrity levels (ASILs).
Day 1:
- Introduction to ISO 26262 – 2018
- Functional Safety in Automotive and Role of Semiconductors
- Safety Lifecycle for Semiconductor Development
- Vocabulary for functional safety
- Safety Planning & Management for IC Development
- Supporting activities for ISO26262 applicable to Semiconductor
Day 2:
- Context for development of semiconductors
- Key Concepts: ASIL Levels, Safety Goals, HARA
- HW safety requirements / Design / testing
- Safety element out of context
- Overview of ISO 26262 Part 11 (Semiconductor Considerations)
Day 3:
- Semiconductor Development
- Developing Safety Context with Assumptions
- Workflow for semiconductor development
- Type of semiconductor digital analog and mixed.
- HW Architectural metrics SPFM, LPFM and Safety goal evaluation
Day 4:
- Application to Semiconductor lifecycle
- ASIL Decomposition Criteria of co-existence
- Safety Analysis Techniques: FTA, FMEDA, DFA
- Fault Injection Techniques
- Safety Verification & Validation Process
- Safety manual and safety case for semiconductors
- Production and Operation
- Question and Answers
- Semiconductor design engineers
- Functional safety engineers
- Automotive SOC Architects
- Verification & validation teams
- Quality assurance professionals
- Safety managers & compliance officers
- Gain knowledge on semiconductor development, design, application, types
- Get an overview of ISO 26262 Part 11 (Semiconductor Considerations)
- Learn key concepts of ASIL Levels, Safety Goals, HARA
A written or online examination will be conducted at the end of the course.
- Examination Test Duration- 120 minutes
- Minimum Passing Criteria - 51%
- Examination Type Multiple Choice Questions
TÜV SÜD South Asia will issue a completion certificate to participants who successfully pass the examination; non-successful participants will be issued an attendance certificate.
1. When can I get the certificate?
Training on Adaptation of ISO26262 for the development of semiconductor for automotive training certification will be issued within 21 working days from the examination date.
2. When can I get the training material and invite?
One day before the commencement of the training program.
3. How do I pay the fees for training and examination?
Online mode
4. Is there any refund policy for the paid fees?
Please refer to Cancellation and Refund policy page.