Automotive Safety Software Engineering Essentials Training by Tonex
This course provides a deep understanding of safety-critical software engineering in the automotive industry. It covers key standards, functional safety principles, and software development best practices. Participants learn how to design, implement, and verify automotive software while ensuring compliance with industry regulations. The training explores risk management, software validation, and cybersecurity measures in automotive systems. With the rise of connected vehicles, cybersecurity risks have increased. This course addresses vulnerabilities and protection strategies, equipping professionals with the knowledge to mitigate threats.
Audience:
- Cybersecurity professionals
- Automotive software engineers
- Functional safety engineers
- Embedded systems developers
- Compliance and regulatory specialists
- Automotive quality assurance professionals
Learning Objectives:
- Understand automotive safety software engineering principles
- Learn key industry standards and compliance requirements
- Apply functional safety concepts in software development
- Identify and mitigate software-related cybersecurity risks
- Develop secure and reliable automotive software systems
Course Modules:
Module 1: Introduction to Automotive Safety Software Engineering
- Overview of safety-critical software in vehicles
- Role of software in functional safety
- Key challenges in automotive software development
- Importance of compliance with safety standards
- Evolution of automotive safety regulations
- Emerging trends in automotive software safety
Module 2: Automotive Safety Standards and Compliance
- Overview of ISO 26262 functional safety standard
- ASIL (Automotive Safety Integrity Level) classification
- Compliance requirements for software development
- Safety lifecycle and verification processes
- Role of software testing in functional safety
- Industry best practices for regulatory compliance
Module 3: Functional Safety and Software Development
- Hazard analysis and risk assessment methods
- Safety goal definition and software safety requirements
- Software architecture design for safety
- Safety mechanisms and fail-safe strategies
- Software verification and validation techniques
- Handling system failures in automotive software
Module 4: Automotive Software Security and Cybersecurity
- Cyber threats in automotive software systems
- Security challenges in connected vehicles
- Secure coding practices for automotive applications
- Authentication and encryption techniques
- Intrusion detection and prevention in automotive networks
- Best practices for automotive cybersecurity implementation
Module 5: Software Validation and Verification
- Importance of software validation in safety-critical systems
- Unit, integration, and system testing methodologies
- Static and dynamic code analysis techniques
- Model-based testing approaches
- Functional safety testing requirements
- Ensuring software reliability in automotive applications
Module 6: Risk Management and Safety Assurance
- Risk assessment frameworks for automotive software
- Strategies for reducing software-related risks
- Safety assurance techniques in automotive engineering
- Role of audits and assessments in safety compliance
- Continuous improvement in safety-critical software development
- Case studies on automotive software safety incidents
Advance your expertise in automotive safety software engineering with Tonex. Learn best practices, safety standards, and cybersecurity strategies to develop secure and compliant automotive software. Enroll today!