Job Description:

Leonardo Helicopters is a multinational company, producing helicopters deployed in more than 150 countries across the globe. Leonardo Helicopters' U.S. headquarters has been in Philadelphia since 1980 and is home to a world-class production facility, maintenance center, training academy and stellar engineering team. If you think you are the right match for the following opportunity, apply after reading the complete description.We offer competitive compensation, exceptional benefits with a free healthcare option, 401k match, generous paid time off and much more.Summary of Position:The role is within AW609 Flight Control Systems team within the Engineering Directorate. The purpose of the role is to carry out System Safety Engineering activities on rotorcraft flight control systems within scope of US Product Base.Duties and Responsibilities:Conduct safety analysis in support of aircraft design, development and, certification on US products (to include AW609, AW119, AW139). Prepare associated documentation. Communicate and coordinate with all relevant stakeholders to ensure the defined hazard classifications are accepted. Develop and monitor metrics and report status to leadership.Track and coordinate validation of safety assumptions and collection of artifacts. Interface with FAA, DERs, and/or other regulatory agencies to justify assessments and aircraft design in the context of safety.Support and coordinate with supply chain management/procurement on vendor activities and deliverables. Education:Bachelor of Science in a relevant engineering discipline such as Systems Engineering, Aerospace Engineering or Mechanical Engineering.Experience:5+ years of professional experience in a system safety role within aerospace using ARP-4761 or NASA CSRM.2 + years of experience participating in commercial aircraft certification programs.Experience applying Systems Engineering standards ARP-4754, ARP-4761 or NASA CSRMExperience conducting Fault Tree Analysis with tools such as Isograph Reliability Workbench Experience interfacing with external suppliers in the context of safety analysis