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Design and develop complex aerospace mechanisms and mechanical systems for high-speed aircraft. Perform stress, fatigue, kinematics, FEA, and simulation analyses; oversee prototyping and testing; select materials and manufacturing processes; collaborate with suppliers and cross-functional teams; document designs and test results; mentor junior engineers; and contribute to aerospace research and development.

Develop and maintain embedded flight software for aircraft flight control, navigation, communication, and avionics systems. Collaborate with hardware and systems engineers on integration, requirements, design, testing, simulations, debugging, and safety-critical software documentation. Participate in code and design reviews while ensuring performance, quality, and regulatory compliance.

Develop and maintain embedded flight software for aircraft systems, ensuring integration with hardware, testing, and documentation.

Provide high-level administrative support to 2-3 senior executives: manage calendars, travel and itineraries, guest relations, meeting coordination, expense reports, and process improvements while collaborating cross-functionally and supporting occasional travel to LA, ATL, or DC.

As a Propulsion Development Engineer, you will lead engine test campaigns, develop test plans, analyze execution data, and enhance hardware systems. You will work hands-on to resolve test issues and ensure data integrity while collaborating with interdisciplinary teams.

The Senior Structures Engineer will lead design, build, and testing of aerospace structures, driving projects and mentoring junior engineers while ensuring efficiency in processes.

The RF Systems Engineer will design, test, and integrate RF hardware for aircraft, ensuring performance and compliance with regulations, while collaborating with teams on various engineering and manufacturing tasks.

The Senior RF Systems Engineer will design, test, and integrate RF systems, working with cross-functional teams to deliver technical solutions for aircraft and ground stations.

Design, analyze, and deliver primary and secondary aircraft structures for hypersonic vehicles from trade studies through detailed design, manufacturing, integration, and flight test. Perform structural trade studies, generate CAD models and GD&T, collaborate on stress/fatigue/thermal assessments, support fabrication and testing, participate in design reviews, and iterate with test/flight feedback.

Develop and deploy real-time simulation environments for aerospace systems, integrating models and optimizing performance for flight control systems, using MBD and automation tools.