The position is for a Staff Systems Engineer to become the Engineering authority / Subject Matter Expert (SME) on Head-Up Displays, Head Wearable Displays, Enhanced synthetic vision and airborne display computers. Coordinate development efforts for shared programs with overseas affiliates. Create and maintain a development and test environment to facilitate the integration and certification of such products. Integrate systems into the Elbit Systems flight test bed. Oversee the qualification and certification of the products.
The successful candidate will be responsible for developing technical strategic plans and be part of a team in the execution of such plans. They will apply Systems Engineering methodologies to define, evaluate and test systems architecture solutions to ensure that the Customer Requirements and Expectations are achieved.
This will include:
Lead and/or review of proposals and participate in customer presentations.
Analysis of Customer Documentation to create System Level Concepts of Operations (CONOPS), Specifications, Architectural Design and Interface Control Drawings (ICDs).
Lead the sophisticated analysis, design and testing of complex systems.
Technical interface between ESA’s external customers and sub-contractors.
Provide technical support to customers, user lab and on-aircraft testing.
Develop and analyze highly complex algorithms.
Support proposal development activities, including proposal text development, cost estimating and presentation activities.
Proficiency in the use of Requirements Management and Model Based Systems Engineering tools, preferably DOORS and Rhapsody
Work independently and with internal/external organization.
Willingness to travel domestically and internationally.
Master's degree in engineering or equivalent scientific discipline and at least 12 yrs of applicable progressively complex systems engineering experience including hardware/software integration of complex systems. This position requires the successful candidate to demonstrate at least ten years’ experience in the design and development of IR-based Imaging Systems, including but not limited to:
Detailed knowledge of high resolution, wide field of view sensors
Detailed knowledge of small display capabilities
Detailed knowledge of integration with helmet mounted system and helmet trackers and Head Up Display.
Detailed knowledge of embedded processors including FPGAs, GPUs, and CPUs