The GNC Engineer will develop hypersonic flight control systems, create algorithms, perform analyses, and support system integration and testing.

The Data Systems/Network Engineer at Stratolaunch will support integration, testing, and operations of flight-related networking, computer, and telemetry systems, ensuring mission success and collaborating with various subsystems.

The Mechanical Engineer will support the development of hypersonic vehicles, focusing on structural design and team collaboration for technical decision-making and reviews.

Lead a team of engineers in the structural development of hypersonic flight vehicles, ensuring design integrity through testing and collaboration with stakeholders.

Lead the environmental test team for hypersonic vehicle programs, overseeing test planning, execution, and failure analysis while managing personnel and resources.

The Mission Support & Launch Logistics Specialist supports mission operations by organizing logistics, managing calendars, liaising with vendors, and ensuring successful event execution for hypersonic missions.

The Mechanical Fluid Systems Engineer will design, integrate, and test propulsion systems for hypersonic aircraft. Responsibilities include fluid analysis, component design, managing supplier relations, and maintaining engineering documentation.

Lead the development and testing of flight software for hypersonic test vehicles, overseeing the software lifecycle and collaborating across teams.

Stratolaunch seeks applications for various roles, focusing on hypersonic technology testing and operational innovations.

The Propulsion Test/Operations Engineer conducts tests, manages operations, develops test plans, and troubleshoots propulsion systems for hypersonic vehicles.

Lead vehicle testing for Talon-A hypersonic vehicle, collaborating with engineering teams to ensure testing meets vehicle requirements. Responsible for test planning and execution, data analysis, and documentation standards.

The Environment Engineer will develop test levels for hypersonic vehicles, collaborate with engineers on requirements, analyze flight test data, and support various technical solutions and risk evaluations.

Lead architecture definition for hypersonic flight test missions, translating requirements into system concepts and collaborating with teams on design and testing.

The Payload Systems Engineer will collaborate on vehicle integration and test activities, ensure that payloads meet customer requirements, and support data review methodologies and testing standards.

Lead a team in the development of hypersonic flight vehicles, focusing on structural design, analysis, and integration while managing engineering processes.

Manage and execute hypersonic missions, ensuring adherence to schedules, budgets, and technical objectives, while driving efficiencies and risk management.

Support environmental testing for hypersonic vehicle programs, including planning, execution, failure analysis, and validation of avionics systems.