SAE ARP4754 / EUROCAE ED-79, Certification Considerations for Highly Integrated or Complex Aircraft Systems Practical Workshop by Tonex
This workshop provides a deep dive into SAE ARP4754 and EUROCAE ED-79, focusing on certification of highly integrated or complex aircraft systems. Participants will learn system development processes, safety assessment, and regulatory compliance. The course covers best practices for certification planning, system verification, and validation. It addresses industry challenges, integration complexities, and compliance with aviation authorities. Real-world applications and case studies enhance understanding. This program is essential for engineers, managers, and professionals involved in aircraft system certification and compliance.
Audience:
- Systems engineers
- Certification professionals
- Aerospace program managers
- Compliance officers
- Aircraft system designers
- Aviation safety specialists
Learning Objectives:
- Understand SAE ARP4754 and EUROCAE ED-79 standards
- Learn system development and integration principles
- Apply safety assessment techniques in compliance efforts
- Address certification challenges for complex aircraft systems
- Implement best practices for verification and validation
Course Modules:
Module 1: Introduction to SAE ARP4754 and EUROCAE ED-79
- Overview of system development processes
- Key objectives of ARP4754 and ED-79
- Role of regulatory authorities in certification
- System complexity and integration challenges
- Importance of functional and safety requirements
- Compliance strategies for certification success
Module 2: System Development and Integration Principles
- Development lifecycle for aircraft systems
- Requirements management and traceability
- Functional hazard assessment (FHA) basics
- Integration of hardware and software components
- Addressing human factors in system design
- Managing system-level changes effectively
Module 3: Certification Planning and Safety Assessment
- Certification requirements and documentation
- Conducting preliminary and detailed safety analysis
- Understanding system failure modes and risks
- Regulatory expectations for compliance evidence
- Developing certification strategies for new systems
- Challenges in certification of complex architectures
Module 4: Verification and Validation Best Practices
- Establishing verification objectives and processes
- Validation techniques for system-level compliance
- Role of testing in certification programs
- Ensuring consistency in verification activities
- Managing test evidence for compliance audits
- Addressing gaps in validation and safety analysis
Module 5: Industry Challenges and Lessons Learned
- Common pitfalls in system certification
- Addressing integration and interoperability issues
- Lessons from past certification case studies
- Managing cost and schedule risks in certification
- Adapting to evolving regulatory standards
- Industry trends shaping future certification efforts
Module 6: Compliance Strategies and Practical Applications
- Developing compliance checklists and frameworks
- Aligning system development with certification goals
- Practical approaches to risk mitigation
- Best practices for working with regulators
- Case studies on certification of modern aircraft
- Future trends in aviation safety and compliance
Enhance your expertise in aircraft system certification. Gain practical insights into SAE ARP4754 and EUROCAE ED-79. Register now to stay ahead in aerospace compliance and safety!