Urban Air Mobility Systems Development ARP6338, ARP4754A and ARP4761 Fundamentals Training by Tonex
Urban Air Mobility (UAM) Systems Development ARP6338, ARP4754A and ARP4761 Fundamentals Training by Tonex is an advanced program designed to provide comprehensive insights into the engineering frameworks essential to UAM system certification and lifecycle development. With urban airspaces growing increasingly complex, this course emphasizes structured safety assessments and compliance with SAE standards such as ARP6338 for UAM, ARP4754A for system development, and ARP4761 for safety assessments. The training explores critical interfaces between systems engineering and airworthiness. A significant portion also addresses cybersecurity challenges in UAM ecosystems, including threat modeling, avionics protection, and regulatory implications, making it essential for those safeguarding airborne digital platforms.
Audience:
- Aerospace Engineers
- Systems Engineers
- Certification and Compliance Specialists
- Avionics and Safety Engineers
- Program and Project Managers
- Cybersecurity Professionals
- Urban Air Mobility Planners
Learning Objectives:
- Understand the scope and intent of ARP6338, ARP4754A, and ARP4761
- Analyze the safety-driven design principles for UAM systems
- Apply standards to aircraft and system development life cycles
- Evaluate failure modes and mitigation strategies
- Integrate cybersecurity within safety-critical UAM architectures
- Align engineering processes with certification expectations
Module 1: UAM Standards Overview
- Introduction to UAM and ARP6338
- Role of ARP4754A in system engineering
- Purpose and scope of ARP4761
- Interrelation of SAE standards in UAM
- Certification and regulatory framework
- Impact on aerospace industry safety
Module 2: ARP6338 for UAM Systems
- Structure and objectives of ARP6338
- Defining UAM use cases and mission profiles
- Tailoring system development processes
- Managing urban-specific hazards
- Certification planning under ARP6338
- Addressing emerging technology risks
Module 3: ARP4754A Development Process
- Aircraft/system development lifecycle
- Functional hazard assessment (FHA) roles
- Requirements capture and validation
- Development assurance levels (DALs)
- Integration with hardware/software life cycles
- Verification and certification pathways
Module 4: ARP4761 Safety Assessment
- Overview of safety analysis techniques
- Conducting system-level FHAs
- Preliminary/system safety assessments (PSSA/SSA)
- Common cause analysis (CCA) fundamentals
- Fault tree and failure modes analysis
- Safety documentation for compliance
Module 5: Cybersecurity in UAM Development
- Security risk identification in UAM
- UAM threat modeling and assessment
- Secure architecture principles
- Interaction of safety and cybersecurity
- Protecting communication and navigation systems
- Standards and regulations (e.g., DO-326A, DO-355)
Module 6: Integration and Certification Strategy
- System integration challenges
- Coordinating safety, security, and performance
- Design assurance across development stages
- Aligning with FAA/EASA certification paths
- Documentation and process compliance
- Readiness assessment for market deployment
Advance your expertise in UAM system development and certification with Tonex’s industry-leading training. Gain critical knowledge in applying ARP6338, ARP4754A, and ARP4761 with a focus on cybersecurity and safety. Enroll today to become a key player in the future of urban air mobility.