ISO 26262-4:2018: Product development at the system level

🎉 Course Title: ISO 26262-4:2018 - Plain and Simple Clause by Clause Explanation with Exercises (Electric Vehicle Focus)

🧭 Course Headline: Embark on a Journey Through the Labyrinth of ISO 26262-4:2018 with Alexander Walter - Your Guide to Mastering System Development at the Product Level!

Course Description:

Dive into the intricacies of automotive safety standards with our comprehensive online course, ISO 26262-4:2018 - Plain and Simple Clause by Clause Explanation with Exercises (Electric Vehicle Focus), tailored for professionals involved in electric vehicle development. This course is meticulously designed to guide you through all the relevant clauses of ISO 26262-4, ensuring you have a solid grasp of system-level product development as per this critical international standard.

Key Clauses Covered:

1. Clause 6: Technical Safety Concept 🔍

   • Explore the ISO 26262 V-model for development phases.
   • Understand what constitutes a "system" within this standard.
   • Identify characteristics and attributes of technical safety requirements.

2. Clause 7: System Architectural Design 🏗️

   • Discover how to derive the system architectural design from preliminary architectural designs.
   • Engage with safety analyses according to ISO 26262.
   • Master fault tree analysis (FTA) with a concrete example.
   • Learn the Failure Mode and Effects Analysis (FMEA) following the VDA/AIAG handbook's 7 Steps methodology.

3. Clause 8: System and Item Integration and Verification 🔧

   • Grasp the significance of different integration levels.
   • Understand test objectives as defined by ISO 26262.
   • Explore various test methods to ensure system integrity.

4. Clause 9: Safety Validation ✅

   • Clarify the distinction between verification and validation processes.

Interactive Learning Experience:

This course is not just about understanding the theoretical aspects of ISO 26262-4; it's also about putting that knowledge into practice! With hands-on exercises for Clauses 6 and 7, you will apply the concepts learned to develop a technical safety concept for an electric vehicle and address the safety goal "Avoid unintended acceleration."

Practical Application through Exercises:

• Engage with an exercise that guides you through creating a technical safety concept for an electric vehicle.
• Tackle the challenge of defining and implementing the safety goals within your project scope.

Real-World Insights:

• A video solution for the exercises provided, offering an in-depth view of how to approach and solve complex problems related to ISO 26262-4.

Join us on this enlightening journey through the world of ISO 26262-4:2018, where theoretical knowledge meets practical application! Enroll now and transform your expertise in electric vehicle development with confidence and clarity. 🚀

What You'll Learn:

• Clause 6 Breakdown: Learn the essentials of establishing a technical safety concept using the ISO 26262 V-model, defining what constitutes a system, and understanding the specific characteristics and attributes of safety requirements.

• Clause 7 Mastery: Develop a comprehensive system architectural design by performing safety analyses, mastering FTA and FMEA techniques, and applying the 7 Steps methodology from the VDA/AIAG handbook.

• Clause 8 Insight: Grasp the nuances of integration levels, test objectives, and various test methods to ensure your system meets ISO 26262 standards.

• Clause 9 Understanding: Gain a clear distinction between verification and validation, critical for ensuring the safety of electric vehicles.

Course Features:

• Expert Instructor: Learn from Alexander Walter, an expert in the field of ISO 26262.

• Engaging Content: Interactive videos, detailed explanations, and practical exercises.

• Hands-On Exercises: Apply your knowledge with exercises designed to reinforce learning.

• Real-World Solutions: Watch video solutions for the exercises to see best practices in action.

Enroll today and elevate your understanding of ISO 26262-4:2018! 🚗➡️✅🔧🚀