Reliability & Maintainability (R&M) Engineer/ System Safety Engineer

Location: Remote

Duration: Fulltime

Job Description: The selected candidate will help design, certify & support commercial airplanes by applying state-of-art reliability and maintainability engineering design, modelling and analysis principles. R&M Engineering is a key functional discipline that supports airplane development for optimal performance, lifecycle economics & compliance to safety and airworthiness requirements.

Position Responsibilities: Develop and allocate reliability requirements at system and subsystem levels. Use modeling, simulation and data analytics methodologies & tools including statistical and probabilistic analyses. Perform reliability analyses including: Serve as a technical specialist supporting other functional design groups during all stages of the airplane product development and support lifecycle. Responsible for aiding in determining program technical performance measures (TPMs) such as schedule reliability, airplane operational availability & maintenance cost. Provide support in the following areas: Design for Reliability & Safety (airplane and system design reliability requirements validation & verification, reliability requirements allocation to suppliers, failure modes, rates, effects, propagation and detection analysis, architecture & operational provisions, safety & certification analysis, certification support, reliability & durability testing).Interaction with airplane system suppliers, business partners, airline customers, airplane development program leaders, and functional management is typical, as is a high level of communication between the rest of the R&M Engineering internal organization, program teams, and functional design areas. Team involvement and individual effort, problem solving, and managing multiple actions and assignments will be regular duties for an R&M engineer. Failure Modes and Effects Analysis (FMEA/FMECA) Fault Tree Analysis (FTA)

Basic Qualifications: (Required Skill/Experience):Bachelor’s or Master’s degree in Aerospace Engineering, Mechanical Engineering, Electrical Engineering, or related field.3–10+ years of experience in aerospace reliability or aircraft systems engineering. Strong knowledge of aircraft systems (ATA chapters)