Are you a bold thinker? We dream big-advocating the exploration of space! As a Systems Safety and Reliability Engineer, you will be using your skills and expertise to research, architect, model, simulate, test, certify and improve cutting edge products and services. You'll be working closely with design partners, developing complex system architectures within contextual modeling platforms, ushering them from operational concept through preliminary and detailed design, simulation, and test using progressive tools. As a cross-functional engineer, you are in charge of system-level ownership of new system safety or reliability products and processes through the product lifecycle.
Must-haves:
Bachelor's of Science degree in System Engineering or related discipline and typically 3 or more years of relevant experience
Practical knowledge of engineering principles and practices
Experience working in multi-disciplinary design and development teams
Knowledge of requirements management, functional requirements parsing, derivation, and allocation; systems design, systems integration, technical risk identification and management strategies, and Verification and Validation (V&V) principles
Preferred:
Experience in developing Failure Modes and Effects Analysis as well as Reliability Analysis products
Experience in or knowledge of System Safety Engineering analysis and products, including but not limited to fault tree analysis, hazard analysis, computer based control system (CBCS) analysis, must work and must not work function analysis, etc.
Experience with software/hardware integration, including avionics and electrical distribution systems
Top level understanding of Guidance Navigation, and Control hardware and software for space applications.
Experience with fault tree analysis tools such as CAFTA or SAPHIRE
Experience with requirements management and system modelling tools, such as DOORS, Rhapsody, NoMagic, MATLAB
Practical knowledge of industry standard mechanical design principles, to include, but not limited to requirements management, Model Based System Engineering (MBSE)
Background in the Aerospace and Defense Industry
Ability to administer baseline definition and maturation in a complex development setting, including the use of high impact trade studies and other measures
Exposure to establishing and tracking key Technical Performance Measurements (TPM)
