Top Engineering Jobs

Lead engineering efforts across multidisciplinary teams for the E-7A program, oversee project planning and execution, manage schedules, risks, SOWs, and performance assessment, and support proposal development and integration of technical solutions.

Support development of first-of-kind space vehicles by leading mission modeling, physics-based simulations, and mission planning. Interface with customers, present reviews, develop control algorithms and operational planning tools, and work cross-functionally to converge on integrated spacecraft and ground solutions.

Design, develop, test, and maintain embedded application software for air-domain missions. Translate customer requirements into software architecture, perform unit/integration testing, support system integration and verification, participate in peer reviews, and produce software documentation while meeting safety, regulatory, and customer standards.

Design, develop, and verify RF, digital, and optical satellite communications payloads. Perform system CONOPS, requirements definition, link and performance analyses, tool development (MATLAB/OOP), integration, test, and supplier oversight across program lifecycle from concept through on-orbit operations.

The engineer will design and analyze low observable materials and technologies, perform electromagnetic analysis, and support testing while producing technical documentation.

Design and validate aircraft structural and interior payload systems for legacy platforms. Review supplier design changes for compliance, execute design releases, coordinate cross-functional engineering, lead projects, mentor junior engineers, and improve analytical processes using industry CAD/PDM tools.

Design, build, and modernize full-stack cloud-native applications (frontend, backend, APIs). Integrate AI/ML/LLM features, implement microservices and event-driven architectures, improve CI/CD and observability, write tests, and collaborate with cross-functional teams to deliver production-grade software.

Design and analyze electromagnetic environmental effects (E3) for aircraft systems: perform modeling, simulation, trade studies, EMI/EMC testing and supplier engagement; develop requirements, validate designs, support test plans, and recommend mitigations across design, manufacturing, and program activities.

Design and integrate complex mission systems (communications, navigation, core systems) using MBSE and model-based designs. Lead cross-functional teams to translate customer requirements into hardware/software designs, define interfaces, test and validate system performance, and present solutions to leadership and customers.

Design, analyze, and integrate electromagnetic (EM) solutions for low-observable aircraft using computational electromagnetic (CEM) solvers; define and execute lab and range test plans; correlate simulation and measurement data; collaborate with multidisciplinary teams on propulsion, structures, and materials; produce technical documentation and presentations.