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Design, integrate, and test RF communication, telemetry, navigation, and sensor systems. Define requirements, create link budgets and test plans, build and validate RF hardware and antennas, execute conducted and environmental RF tests, troubleshoot performance, support ground and flight integration, analyze test data, and coordinate regulatory spectrum and flight-test needs.

As a Test Engineer, you will design, develop, and operate test assets for hypersonic vehicles, collaborate with cross-functional teams, and improve testing processes.

The Integration Engineer will manage design, production, and testing of fluid and propulsion systems, ensuring efficient and reliable manufacturing processes.

Partner with business leaders to own budgets and forecasts, analyze program and operating performance, build financial models for planning and investment decisions, track R&D/capex/headcount, support reporting and investor materials, and improve forecasting and reporting processes through automation and systems.

Administer and scale Siemens Teamcenter and related PLM systems, support engineering workflows and NX integrations, troubleshoot platform and integration issues, manage users/permissions/BOMs/releases, partner with cross-functional teams, support upgrades/deployments/validations, and identify automation opportunities to improve engineering data integrity and processes.

Lead end-to-end strategic sourcing for indirect categories (Professional Services, SaaS, IT, Facilities, CapEx). Develop sourcing strategies, run RFP/RFQ, negotiate contracts, onboard suppliers, build scalable procurement processes, establish supplier KPIs, drive cost/risk/quality improvements, support infrastructure and production scale-up, and influence cross-functional stakeholders with data-driven recommendations.

Support the design and analysis of hydraulic and fuel systems for hypersonic aircraft, performing simulations and collaborating with teams on practical designs.

The Spike Inlet Mechanisms Build Engineer is responsible for building, integrating, and testing aerospace mechanisms, collaborating with cross-functional teams, and ensuring manufacturability and operational efficiency of hardware.

Lead the design and construction of an airbreathing propulsion test facility, ensuring technical rigor and collaboration with stakeholders to meet propulsion testing needs.

Lead design, development, testing, and qualification of flight-critical propulsion components (valves, actuators, fluid control). Drive trade studies, perform system sizing and integration, troubleshoot failures, and transition prototypes to production while ensuring reliability and safety in extreme flight environments.