Lead safety engineering activities across the full project lifecycle, develop safety artifacts, conduct risk assessments, and provide safety evidence to customers and stakeholders.
Responsibilities
Lead safety engineering activities across the full project lifecycle
Develop key Safety Artifacts such as Safety Cases, Safety Plans and Hazard Logs
Conduct HAZID and risk assessment workshops using techniques such as HAZOPs, STPA and SWIFT
Apply qualitative and quantitative safety techniques including FHA, FMECA, FTA, ETA and Bow-Tie analysis
Provide robust safety evidence and assurance to customers and stakeholders
Provide product and project safety expertise for NASA and defense flight projects, develop safety assessments, hazard analyses, and safety data packages, and support project safety activities.
Compensation
Salary starts at $98,500. Final pay will be commensurate with the candidate's experience, skills, and qualifications.
Responsibilities
Provide product and project safety expertise to GFE Flight projects, Space Flight projects and Payload Flight projects for NASA programs
Act as an integral member of the Project Team for all phases of the project
Develop the initial safety assessment, Hazard Analysis, Failure Modes and Effects Analysis, and the Safety Data Package
Represent the project at all Safety Reviews and act as the project safety expert
Present Safety Data Packages to the Safety Review Panel and other panels
Requirements
Bachelor's degree in Engineering
Nice to have: NASA/JSC flight hardware processes
Nice to have: Johnson Space Center experience
Nice to have: IVA and EVA hardware and crew systems development
Lead the organization responsible for translating customer and business needs into safe, certifiable, and supportable aircraft systems.
Responsibilities
Lead and develop a multidisciplinary systems engineering team
Build a high-performing engineering culture through coaching, mentoring, succession planning, workforce planning, performance management, and employee engagement
Own systems engineering execution for new product development, product enhancements, certification programs, and sustaining engineering across the full lifecycle
Provide technical oversight of system architectures, requirements decomposition, interface definitions, trade studies, design reviews, integration, verification, validation, and certification evidence
Ensure effective application of SAE ARP4754A and ARP4761A principles
Requirements
Bachelor's degree in Systems, Electrical, Computer, Software, Mechanical, Aerospace, or a related engineering discipline
Leads the strategy, development, integration, verification, certification, production transition, and operational support of aircraft flight control systems while serving as the site leader for the Arizona Innovation Center.
Responsibilities
Build, lead, develop, and retain a high-performing multidisciplinary Flight Control Systems organization, establishing clear accountability, technical ownership, workforce plans, execution priorities, and a culture of safety, innovation, collaboration, and continuous improvement.
Serve as the site leader for the Arizona Innovation Center, providing local leadership and coordinating site operations, resources, facilities, and cross-functional activities in support of organizational objectives.
Lead the Flight Control Systems organization in the development, integration, certification, and lifecycle support of aircraft flight control systems.
Provide leadership, governance, and oversight for flight controls requirements, safety, development assurance, verification, validation, certification, and technical execution activities.
Partner with Advanced Design and Development to mature, integrate, and transition innovative flight control technologies and capabilities into certifiable aircraft products for current and future aircraft programs.
The Reliability/Systems Safety Engineer Level 3 /4 performs technical planning, requirements development, system integration, verification and validation for mission-critical systems.
The Reliability/Systems Safety Engineer Level 3 /4 performs technical planning, requirements development, system integration, verification and validation to ensure reliability and system safety are key throughout the program life cycle.
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