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25063 FUSA2: Functional Safety Hardware Development (August 2025)

In this class you will learn how to design safety-critical hardware with a focus on ISO 26262, including understanding hardware safety requirements, best practices for safety and reliability, hardware design techniques, and how to use vendor-provided safety collateral and built-in safety mechanisms to ensure compliance.

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About this course

 

This is a recording of the course 225063 FUSA2 - Functional Safety Hardware Development from the 2025 MASTERs Conference.

This technical course focuses on designing safety-critical hardware with a strong emphasis on ISO 26262. You will understand hardware safety requirements, learn best practices for ensuring safety and reliability, and explore hardware design techniques. You will also learn to use vendor-provided safety collateral to guide hardware design and leverage safety mechanisms built into devices. By the end of the course, you will be equipped with the knowledge and skills to develop safety-critical hardware that adheres to ISO 26262.

Prerequisites:

Familiarity with Functional Safety concepts and principles.

Curriculum73 min

  • About this course
  • Class Overview
  • Syllabus & Downloads
  • Introduction 1 min
  • Example Functional Safety Design
  • Functional Safety Lifecycle 2 min
  • Item Definition 1 min
  • Example Application - Hazard Analysis and Risk Assessment 6 min
  • Safety Goals and ASIL 8 min
  • Architecture 8 min
  • LAB1: Creating the Technical Safety Concept 2 min
  • Functional Safety Hardware Development and Analysis
  • Agenda 1 min
  • V-Model Development and Work Products / Safety Case 3 min
  • Hardware Analysis and Fault Tree Analysis 11 min
  • System FMEDA 19 min
  • Functional Safety Manual 4 min
  • LAB2: Evaluating Functional Safety Hardware 2 min
  • Verifying and Testing Safety Critical Hardware
  • Verification 3 min
  • LAB3: Verifying Functional Safety Hardware 1 min
  • Summary
  • Summary 1 min
  • Complete Recording
  • 25063 FUSA2 (73 min)

About this course

 

This is a recording of the course 225063 FUSA2 - Functional Safety Hardware Development from the 2025 MASTERs Conference.

This technical course focuses on designing safety-critical hardware with a strong emphasis on ISO 26262. You will understand hardware safety requirements, learn best practices for ensuring safety and reliability, and explore hardware design techniques. You will also learn to use vendor-provided safety collateral to guide hardware design and leverage safety mechanisms built into devices. By the end of the course, you will be equipped with the knowledge and skills to develop safety-critical hardware that adheres to ISO 26262.

Prerequisites:

Familiarity with Functional Safety concepts and principles.

Curriculum73 min

  • About this course
  • Class Overview
  • Syllabus & Downloads
  • Introduction 1 min
  • Example Functional Safety Design
  • Functional Safety Lifecycle 2 min
  • Item Definition 1 min
  • Example Application - Hazard Analysis and Risk Assessment 6 min
  • Safety Goals and ASIL 8 min
  • Architecture 8 min
  • LAB1: Creating the Technical Safety Concept 2 min
  • Functional Safety Hardware Development and Analysis
  • Agenda 1 min
  • V-Model Development and Work Products / Safety Case 3 min
  • Hardware Analysis and Fault Tree Analysis 11 min
  • System FMEDA 19 min
  • Functional Safety Manual 4 min
  • LAB2: Evaluating Functional Safety Hardware 2 min
  • Verifying and Testing Safety Critical Hardware
  • Verification 3 min
  • LAB3: Verifying Functional Safety Hardware 1 min
  • Summary
  • Summary 1 min
  • Complete Recording
  • 25063 FUSA2 (73 min)