Responsible for the selection and integration of payloads/sensors onboard the Skydweller Unmanned Air System (UAS);
Define all system-level and subsystem-level requirements for payloads and sensors (e.g. EOIR, Radar, SIGINT, comms-relay, etc.);
Work with vendors around the world to perform trade studies on payload candidates according to mission-level and system-level requirements and performance objectives;
Responsible for establishing the Skydweller payload-bay ICD to enable plug-and-play of future payloads/sensors. Includes defining all aspects of the payload bay(s); including thermal/environmental, electrical, mechanical, data/networking, EMI/EMC, apertures);
Manage hardware and software engineers to integrate payloads/sensors onto the aircraft;
Work with Ground Segment team to integrate and/or develop software to be installed in the ground segment to control payloads, downlink data, and perform processing, exploitation, and dissemination (PED);
Work with network and communications team to design the air-to-ground network topology, router configurations, network management software, and air-to-ground data parameters and format to enable effective operations of the payloads;
Work with ground segment and communications leads to develop a hardware-in-the-loop simulation environment to test the end-to-end system from operator command to payload action and downlink and dissemination of data;
Develop a verification, and validation approach and test suite.
Required Qualifications
Bachelor’s Degree (or higher) in Engineering or Computer Science;
Understanding of flight safety requirements for payload integration;
Demonstrated history across all aspects of the systems engineering process: requirements development, design, development, integration, test, verification, and validation;
Knowledge of aircraft command and control functions;
Experience with payload management software and PED tools.