Responsible for the design, analysis, testing, and lifecycle management of structural components for hypersonic aircraft, collaborating with cross-functional teams.

As a Senior Structures Engineer, you'll design, analyze, and optimize structural components for hypersonic aircraft, ensuring reliability, leading teams, and innovating in aerospace engineering.

Develop and standardize testing procedures, design automation tools for vehicle operations, manage test readiness, and improve processes.

As a Principal Fluids Engineer, you will design and analyze fluid systems for hypersonic vehicles, ensuring efficiency and reliability while mentoring junior engineers.

Lead design and analysis of hypersonic aircraft airframe structures, conduct testing, and ensure compliance with industry standards.

The RF Systems Engineer will design, test, and validate RF hardware for aircraft communication systems, ensuring high performance through collaboration with multi-disciplinary teams.

Manage and administer Siemens Teamcenter PLM software, support CAD systems, ensure data integrity, and provide training and support to users.

Support the development of supersonic and hypersonic aircraft by developing external loads, conducting dynamic simulations, and validating analysis through testing.

The Principal Fluids Engineer leads fluid system design and analysis for hypersonic vehicles, collaborating with teams on propulsion, thermal management, and testing.

Design and develop mechanical systems for hypersonic aircraft, conduct analysis, oversee prototyping, and mentor junior engineers.

Design and optimize structural components for hypersonic aircraft, utilizing knowledge in material properties and aerospace engineering.

Design and implement embedded flight software for hypersonic aircraft systems, collaborating with hardware engineers and ensuring compliance with safety standards.

The tooling engineer designs, analyzes, and fabricates tools for structural assemblies, ensuring they meet ergonomic and safety standards while collaborating with teams to optimize manufacturing processes.

Lead the design and analysis of fluid systems for hypersonic vehicles, perform system sizing, testing, and provide mentorship to junior engineers.

The Senior Propulsion Engineer will lead the design, analysis, and manufacturing of propulsion engine components, collaborating across disciplines to support hypersonic vehicle development.

Develop and standardize automation procedures for vehicle testing, assist in hardware integration, ensure test readiness, and drive process improvements.

The Navigation and System Integration GNC Engineer focuses on supporting and integrating navigation systems, validating performance, and collaborating across teams to optimize aircraft design.

The Principal GNC Engineer is responsible for the integration, testing, and validation of navigation systems and GNSS components for hypersonic aircraft, ensuring safety and performance through advanced algorithm development and collaboration with engineering teams.