As a Software Engineer III (DevOps), you will enhance the performance of reentry vehicles, owning DevOps processes, CI/CD pipelines, and mentoring. You’ll ensure efficient software lifecycle management and integration testing.

The Avionics Engineer III will design and implement avionics systems for spacecraft, manage the lifecycle of hardware, lead testing and qualification, and collaborate on software architecture.

As a Flight Software Engineer, you will develop software for reentry vehicles, focusing on accurate landing and vehicle performance in a compute-constrained environment.

As a Mission Manager, you'll oversee customer interactions from project inception to mission completion, ensuring requirements are met, while collaborating with engineering and business teams.

The Parachute Systems Engineer leads design and testing of parachute systems for spacecraft, collaborating with customers and managing projects from concept to manufacture.

Lead the design of a reentry vehicle payload bay, working with engineering and business teams to create innovative solutions for commercial and defense missions.

As an Avionics Engineer II, you will design and test electronic systems for reentry vehicles, focusing on circuit design, system integration, and performance testing.

Design power systems and electronics for next-gen spacecraft, including power distribution, battery management, and testing of power components.

Provide end-user IT support, troubleshoot hardware/software issues, and manage user accounts in Active Directory and cloud environments while ensuring high customer satisfaction.

As a Mechanical Engineer II, you will design mechanical systems for reentry vehicles, lead mechanism development, and test landing systems.

Lead the design, testing, and manufacture of the Arc spacecraft's guided ram-air parachutes and support other decelerator systems.

The Senior Dynamics Engineer will oversee spacecraft loads and dynamics analysis, build CLA models, and collaborate with various engineering teams.

The Aerodynamics Engineer III will conduct external flow-field aerodynamic analysis, develop CFD tools, and contribute to the design of hypersonic re-entry vehicles.

The Senior Embedded Software Engineer will develop low-level software for control and monitoring of avionics systems in re-entry vehicles. Responsibilities include software design, implementation, testing, and collaboration with cross-functional teams.

The Test Engineer I will design and test high-performance landing systems for reentry vehicles, coordinating test activities and ensuring safety.

As a GNC Engineer, you'll develop algorithms for the Guidance, Navigation, and Control of reentry vehicles, focusing on accurate landings. You'll conduct simulations, analysis, and flight tests, contributing to defining vehicle architecture.

The Staff RF Systems Engineer will lead the design and integration of RF systems for spacecraft, ensuring compliance and performance through simulation, testing, and collaboration with various engineering teams.

The Simulation Engineer III will develop and maintain spacecraft simulation infrastructure, focusing on vehicle physics, testing, and collaboration across engineering teams, with an emphasis on scalability and performance optimization.

As a Senior Parachute Engineer, you'll design and develop parachute systems for re-entry vehicles, ensuring they meet customer requirements and performance standards, while working in a fast-paced environment.

As a GNC Engineer, you will design and implement algorithms for reentry vehicles, perform analyses, and collaborate on vehicle architecture and controls.