What You'll Learn

✔️Module 1: Introduction to Functional Safety

Objective: Understand the fundamental concept of functional safety and its importance in automotive systems.

Topics Covered:

- Definition and significance of functional safety in automotive.

- Overview of ISO 26262 and its role in automotive safety.

- Introduction to key functional safety terminology and concepts.

✔️ Module 2: Functional Safety Across the V-Model

Objective: Gain insight into how functional safety is integrated across different phases of the V-model.

Topics Covered:

- The V-model in the automotive lifecycle.

-  Functional safety application across different stages of development (from concept to production).

- Role of functional safety in verification and validation.

✔️ Module 3: Understanding ASIL and ASIL Determination

Objective: Learn the concept of Automotive Safety Integrity Level (ASIL) and how it is determined.

Topics Covered:

- What is ASIL and why it matters.

- Hazard analysis and risk assessment (HARA) process.

- ASIL determination: evaluating severity, exposure, and controllability.

✔️ Module 4: Safety Goals and Requirements

Objective: Understand how to set safety goals and develop safety requirements at various levels.

Topics Covered:

- Defining safety goals based on ASIL levels.

- Difference between functional safety requirements and technical safety requirements.

- Safety goals and requirements across vehicle, system, software, and hardware levels.

✔️ Module 5: Safety at Different Levels

Objective: Explore how functional safety requirements are implemented at each level in the system hierarchy.

Topics Covered:

- Vehicle Level: Developing vehicle-level safety requirements.

- System Level: Translating vehicle requirements into system-level safety requirements.

- Software and Hardware Levels: Detailed discussion on how safety goals are achieved in software and hardware.

✔️Module 6: Functional Safety Verification and Validation

Objective: Learn methods for verifying and validating functional safety requirements throughout the development lifecycle.

Topics Covered:

- Verification and validation techniques for functional safety.

- Testing strategies for functional safety (e.g., unit testing, integration testing, system testing).

- Functional safety audits and reviews.

✔️ Module 7: Functional Safety Assessment and Safety Element Out of Context (SEooC)

Objective: Understand the importance of safety assessments and the concept of SEooC in functional safety.

Topics Covered:

- Safety assessments: Purpose, process, and requirements.

- Overview of safety audits and independent assessments.

- Safety Element out of Context (SEooC): Definition and application.

- Example scenarios where SEooC is applied in automotive.

✔️ Module 8: Relationship Between Safety and Security

Objective: Understand the intersection between functional safety and cybersecurity in automotive systems.

Topics Covered:

 - Differences and overlaps between safety and security.

- How security threats can impact functional safety.

- Strategies for integrating safety and security requirements.

-Case studies highlighting the relationship between safety and security.

But wait, there’s more!

If you register now, you can get this bonus:

• Expert Instruction: Learn directly from Dr. Hasan Ibne Akram, an industry leader.

• Hands-On Training: Engage in practical exercises to reinforce your learning.

• Certification: Receive a certificate of attendance and, upon passing the post-assessment test, a certificate of achievement.

• Lifetime Access: Get lifetime access to recorded sessions.

• Community Support: Join an exclusive WhatsApp group for continuous support, job offers, and project opportunities.