ISO 26262-6:2018: Product development at the software level

🚗 ISO 26262-6:2018 - Plain and Simple Clause by Clause Explanation for SW Development with Exercises (Electric Vehicle Focus)

Course Headline: Unlock the Mysteries of ISO 26262-6:2018 with Alexander Walter: A Plain English Guide to Software Development at the System Level for Electric Vehicles, Complete with Real-World Exercises and Practical Examples! 🔧🚗✍️

Course Description:

Are you ready to demystify the complex world of ISO 26262-4:2019 and its application at the software level? Our comprehensive online course, led by industry expert Alexander Walter, takes you through a detailed explanation of all relevant clauses from this essential standard for automotive safety. With a focus on electric vehicles, we delve into the specifics of ISO 26262-6:2018, ensuring you gain a robust understanding of software safety requirements, architectural design, implementation, and testing.

What You'll Learn:

Clause 6: Specification of Software Safety Requirements

• The ISO 26262 V-model for software development phases
• Characteristics and attributes of the software safety requirements

Clause 7: Software Architectural Design

• Principles and notations for software architectural design
• Error detection and reaction mechanisms as per ISO 26262
• Practical example of a software architectural design for an electric vehicle

Clause 8: Software Unit Design and Implementation

• Principles and notations for the software unit design
• Methods for implementation, including software tool qualification
• Example of the software unit design process for an electric vehicle

Clause 9: Software Unit Testing

• Goals and objectives of software unit testing
• Deriving test methods with multiple examples
• Test methods and coverage analysis, including structural coverage (statement, branch, and modified condition/decision)

Clause 10: Software Integration and Testing

• Aims of software integration and testing
• Methods for deriving test cases
• Structural coverage (function and call) with examples

Clause 11: Testing of the Embedded Software

• Objectives and scope of embedded software testing
• Effective test methods to ensure safety and performance

Hands-On Learning:

Throughout this course, you'll engage with hands-on exercises designed to reinforce your understanding of ISO 26262-6:2018. You'll learn how to develop the software architectural design and safety goals for an electric vehicle, specifically focusing on avoiding unintended acceleration.

Exercise Highlights:

• Developing the software architectural design for an electric vehicle
• Specifying software safety requirements to prevent unintended acceleration
• Implementing a robust software unit design that aligns with ISO 26262 principles
• Applying software testing methodologies to ensure safety and functionality

Bonus:

To assist you in applying these concepts, a video solution for the course exercises will be provided. This visual aid will help you grasp the practical application of the standards in real-world scenarios, particularly in the context of electric vehicle development.

Join Alexander Walter and embark on a journey to master ISO 26262-6:2018 for automotive software development. Whether you're a seasoned engineer or new to the field, this course will equip you with the knowledge and skills to develop safe, reliable, and high-quality electric vehicles. Enroll today and elevate your expertise in functional safety! 🎓🚀