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The Mechanical Engineer II will design reentry vehicles, manage mechanical design processes, collaborate with teams, and ensure component performance through testing.

Lead and scale aerospace manufacturing across precision machining, harnessing, mechanical assembly, and parachute systems. Own production readiness, make vs. buy strategy, capacity planning, lean process implementation, KPI-driven quality and safety, tooling and CNC operations, MRP/ERP deployment, facility and capital planning, and build a high-performing manufacturing organization that supports flight hardware at increasing production rates.

As a Senior TPS Design Engineer, you will design thermal protection systems for hypersonic vehicles, develop testing methods, and work with materials to enhance performance and integration.

As Director of Regulatory Affairs, you'll lead licensing, compliance, and government engagement for reentry vehicles, working with engineering and legal teams to ensure regulatory success.

The Senior Mechanical Design Engineer will design mechanical systems for spacecraft, manage CAD models, support prototype builds, and collaborate with teams to solve design challenges.

The Senior Regulatory Engineer will oversee compliance with FAA and DOD regulations for reentry spacecraft, manage licensing efforts, and build relationships with regulatory authorities.

As a Staff Optical Engineer, you will lead the design, analysis, and testing of optical systems for reentry vehicles, including sensor windows and spectral camera systems. You'll collaborate with cross-functional teams to integrate optical hardware into flight systems and conduct optical quality measurement tests.

As a Propulsion and Energetics Test Engineer II, you will lead and support test campaigns, focusing on propulsion testing and data processing for reentry systems.

Own and develop GNC algorithms for hypersonic/supersonic reentry phases, including guidance and control laws, state estimation and sensor fusion, 6DOF simulation, Monte Carlo dispersion analysis, actuator/control-structure analysis, and deployment/testing of GNC software in SIL/HIL. Collaborate with aerothermal, structures, and flight software teams to optimize vehicle design and trajectory performance.

Design, provision, and maintain infrastructure for simulation and test workflows (HPC, SIL, HIL). Build infrastructure-agnostic platforms, IaC, CI/CD pipelines, containerized orchestration, cloud/IaaS resource management, network configuration, and automation to enable rapid, repeatable integration and testing of flight systems.