Functional Safety, Software And Ai – Iso 26262 And Beyond

Master automotive software safety with ISO 26262 Part 6, including data, AI integration with real-world examples

What you'll learn

ISO 26262 Part 6 software development with real automotive examples and templates.

Hands-on safety analysis (FMEA, FTA, HAZOP) using professional tools like Enterprise Architect and APIS with downloadable examples.

Build safety-critical automotive software following V-cycle methodology, from requirements to testing, with complete steer-by-wire project.

Apply modern safety architectures and AI integration in automotive systems while ensuring compliance with ASIL A-D requirements.

Develop practical skills in software safety requirements, architectural design, and verification using real-world automotive processes.

Requirements

Basic ISO 26262 knowledge will help you.

Description

Course DescriptionMaster automotive software safety with ISO 26262 Part 6 from an industry expert with 14+ years of experience at leading Tier1, Tier2, and German OEM companies.What makes this course unique: Real-world expertise - Learn from actual automotive projects, not just theoryHands-on tools - Work with Enterprise Architect, APIS FMEA, and Isograph Reliability WorkbenchComplete coverage - From planning to AI integration in automotive safetyPractical templates - Download ready-to-use work products and examplesIndustry insights - Best practices from the industryComprehensive curriculum covering every aspect of ISO 26262 Part 6:Foundation & Planning: Master the V-cycle methodology for automotive software developmentCreate comprehensive safety plans with timeline managementUnderstand the relationship between ASPICE and ISO 26262Learn software configuration and calibration best practicesRequirements & Architecture:Write clear, verifiable software safety requirementsDesign robust software architectures using UML/SysMLImplement safety design patterns (input validation, redundancy, state machines)Master freedom from interference and co-existence principlesAdvanced Safety Analyses:Conduct thorough Software FMEA with risk assessmentPerform Fault Tree Analysis (FTA) for complex failure scenariosExecute Critical Path Analysis (CPA)Execute Dependent Failure Analysis (DFA)Apply HAZOP methodology for systematic hazard identificationImplementation & Verification:Follow ISO 26262 coding guidelines and best practicesImplement software units with proper design documentationConduct comprehensive testing (unit, integration, embedded software)Achieve required coverage metrics (statement, branch, MC/DC)Cutting-edge Topics:Safety Element out of Context (SEooC) development and integrationTool qualification and confidence assessment proceduresData safety in connected and autonomous vehiclesAI and machine learning integration in safety-critical systemsReal-world Application:Steer-by-wire system examples throughout the courseDownloadable Enterprise Architect models with requirements traceabilityProfessional templates for safety plans, FMEA, and analysis reportsIndustry-standard processes from actual automotive projectsLearning Experience:Over 28 comprehensive lectures with practical demonstrationsDownloadable slides, transcripts, and reference materialsQR codes and links to additional resources and standardsQuiz assessments to reinforce learningPerfect for: Functional Safety Engineers and Managers seeking practical skillsSoftware Architects designing safety-critical automotive systemsQuality Engineers working with ASIL A-D rated systemsProject Managers overseeing automotive software developmentAnyone transitioning into automotive functional safetyStudent Success: Join thousands of engineers who have advanced their careers with this comprehensive training. Whether you're new to automotive safety or looking to deepen your expertise, this course provides the practical knowledge and tools needed to excel in today's automotive industry.Extra Materials: Access to professional-grade templates, complete Enterprise Architect examples, and ongoing updates as standards evolve. Plus, direct access to ask questions and connect with the instructor.Transform your career in automotive software safety today!

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Laying the Groundwork

Lecture 3 Continue with Steer-by-wire

Lecture 4 Part 6 of ISO 26262

Section 2: ISO 26262 - Focus on Part 6

Lecture 5 Plan the work

Lecture 6 Derive the Software Safety Requirements

Lecture 7 (Software) Safety Requirements - Example

Lecture 8 Setting the Stage for Developing a Software Architecture

Lecture 9 Implementing the software architectural design

Lecture 10 Technicalities within the software architectural design

Lecture 11 Software Architecture Design examples

Lecture 12 Design and implement the source code

Lecture 13 Some more details about software development

Lecture 14 Core practices for software unit testing

Lecture 15 Seamless Software Integration and Testing

Lecture 16 Concluding Software Testing Essentials

Section 3: Other topics related to software and safety.

Lecture 17 Exploring the SEooC and related topics

Lecture 18 Confidence in software tools

Section 4: Software Safety Analyses

Lecture 19 From Understanding Faults to Exploring Software Safety Analysis

Lecture 20 SW Critical Path Analysis (CPA)

Lecture 21 SW Dependent Failure Analysis (DFA)

Lecture 22 SW Failure Mode Effects Analysis (FMEA)

Lecture 23 FMEA example

Lecture 24 SW Fault Tree Analysis (FTA)

Lecture 25 Guide words analysis

Section 5: Data and AI

Lecture 26 Data and (functional) safety

Lecture 27 One step forward using AI

Lecture 28 ML in the safety world of automotive

Section 6: Conclusions

Lecture 29 Time to say goodbye

Functional Safety Engineers,Functional Safety Managers,Software Architects,Quality Engineers,Project Managers,Software Developers