Fundamentals of Functional Safety Lifecycle in Automotive Development Training by Tonex
This training provides an in-depth understanding of functional safety in automotive development. It covers key concepts, standards, and processes essential for ensuring safety in modern vehicles. Participants will learn about ISO 26262, hazard analysis, risk assessment, and validation techniques. The course explores safety lifecycle management, system design considerations, and compliance requirements. With the rise of connected and autonomous vehicles, functional safety directly impacts cybersecurity by preventing system vulnerabilities and ensuring resilience against cyber threats. This program is ideal for professionals involved in automotive safety and cybersecurity, enabling them to build robust and secure vehicle architectures.
Audience:
- Cybersecurity professionals
- Automotive engineers
- Safety and compliance officers
- Embedded systems developers
- Risk management specialists
- Product managers in automotive
Learning Objectives:
- Understand functional safety concepts and ISO 26262 framework
- Conduct hazard analysis and risk assessment in automotive safety
- Develop safety requirements and system design strategies
- Implement functional safety lifecycle in automotive development
- Ensure compliance with industry regulations and standards
- Address cybersecurity challenges in safety-critical automotive systems
Course Modules:
Module 1: Introduction to Functional Safety in Automotive
- Overview of functional safety and its importance
- Key principles of ISO 26262 and related standards
- Safety challenges in modern vehicle development
- Understanding safety goals and system reliability
- Role of functional safety in autonomous vehicles
- Relationship between functional safety and cybersecurity
Module 2: Hazard Analysis and Risk Assessment
- Fundamentals of hazard identification in automotive systems
- Techniques for risk classification and assessment
- Understanding safety integrity levels (ASIL)
- Developing functional and technical safety concepts
- Practical approaches for risk mitigation
- Compliance with safety standards and best practices
Module 3: Functional Safety Lifecycle Management
- Phases of the functional safety lifecycle
- Integrating safety into system development processes
- Roles and responsibilities in safety-critical projects
- Verification and validation methodologies
- Change management in functional safety lifecycle
- Documentation and compliance reporting
Module 4: System Design for Functional Safety
- Safety-oriented system and hardware architecture
- Designing fail-safe and fault-tolerant systems
- Safety mechanisms for electronic control units (ECUs)
- Validation techniques for safety-critical components
- Software considerations in functional safety
- Cybersecurity integration in functional safety design
Module 5: Compliance and Certification
- ISO 26262 compliance requirements and assessment
- Functional safety audits and certification processes
- Understanding industry-specific regulations
- Role of regulatory bodies and safety authorities
- Strategies for achieving compliance efficiently
- Lessons learned from safety compliance case studies
Module 6: Future Trends and Challenges in Functional Safety
- Advancements in automotive safety technologies
- Impact of AI and machine learning on functional safety
- Emerging cybersecurity risks in safety-critical systems
- Safety considerations in software-defined vehicles
- Adapting safety frameworks for evolving automotive trends
- Future regulatory developments and industry outlook
Gain expertise in functional safety lifecycle and automotive cybersecurity. Enroll in Tonex’s training to enhance your skills and ensure compliance with safety standards in modern vehicle development.