Senior Systems Safety Engineer

Quest Defense Systems & Solutions is seeking a highly experienced Aircraft Systems Safety Engineer to support the aircraft-level safety assessment and certification of an advanced integrated avionics and cockpit platform. This role involves evaluating how various systems interact within the aircraft architecture and developing safety assessments in accordance with industry standards.

Responsibilities:

• Develop and maintain aircraft- and system-level safety assessments for an integrated avionics and cockpit architecture
• Perform Functional Hazard Assessments, Preliminary System Safety Assessments, Fault Tree Analyses, FMEAs, and Common Mode Analyses in accordance with SAE ARP4761 and ARP4754A
• Create system-level fault trees using CAFTA, RELEX, or a comparable fault tree analysis tool
• Work with flight controls, flight management, displays, navigation, guidance, communications, and other engineering teams to evaluate system interactions and hazard effects
• Translate aircraft-level safety objectives into architectural decisions, system requirements, and hardware and software allocations
• Perform FHA, FDAL, and IDAL analyses and maintain traceability between hazards, safety requirements, design decisions, and verification evidence
• Review system, subsystem, hardware, and software designs to confirm that safety requirements and mitigations are properly implemented
• Review OEM safety assessments, technical requirements, product-level analyses, and certification documentation for completeness and compliance
• Support system design reviews, safety reviews, flight-test activities, customer meetings, and discussions with certification authorities
• Provide aircraft systems safety expertise throughout the development, integration, verification, and certification lifecycle

Requirements:

• 10+ years of experience in aircraft systems safety, airworthiness, avionics systems engineering, or a closely related field
• Hands-on experience performing commercial aircraft safety assessments in accordance with SAE ARP4761 and ARP4754A
• Experience developing and maintaining aircraft- or system-level FHAs, Preliminary System Safety Assessments, Fault Tree Analyses, FMEAs, and Common Mode Analyses
• Strong understanding of integrated avionics and real-time airborne systems, including the interaction of cockpit functions such as flight controls, flight management, displays, navigation, guidance, and communications
• Experience translating aircraft-level hazards and safety objectives into system requirements, architectural decisions, and hardware and software allocations
• Experience creating or reviewing system-level fault trees using CAFTA, RELEX, or a comparable fault tree analysis tool
• Experience managing safety requirements, allocations, and traceability using DOORS, DOORS Next Generation, or a comparable requirements management tool
• Ability to review complex system and subsystem designs, identify safety concerns, and communicate technical findings across engineering, program, customer, and certification teams
• Experience supporting design reviews, certification activities, and technical discussions with aircraft manufacturers, customers, or certification authorities
• U.S. Citizenship or U.S. Permanent Resident status
• Experience applying MIL-STD-882E in addition to commercial aircraft safety standards
• Familiarity with certification requirements and regulatory guidance for 14 CFR Parts 23, 25, 27, or 29
• Experience supporting commercial aircraft certification activities and working with aircraft manufacturers, designated representatives, or certification authorities
• Experience working within an Agile engineering environment, including participation in sprint planning, technical reviews, and cross-functional team activities
• Familiarity with JIRA or a comparable problem-reporting and work-tracking tool
• Experience with configuration management and change-control processes, including Change Control Boards and tools such as Rational Quality Manager or Teamcenter
• Experience supporting safety-of-flight testing, integrated flight-test activities, human factors reviews, or radiation sensitivity analyses
• Knowledge of scalable or configurable avionics architectures that support multiple aircraft classes or platform configurations
• Previous experience with integrated cockpit or avionics platforms, including EPIC, Anthem, or a comparable system