Senior AI&T Engineer - Space Constellations

Blue Origin; Reston (VA); On-site; USD 130,000 - 190,000; Full time

Job summary

Blue Origin in Reston, VA is seeking a Senior AI&T Engineer to shape the integration, test, and verification for satellite payloads and in-space constellations. You will translate mission concepts into credible AI&T approaches, covering test flows, acceptance campaigns, and risk when designing architectures for tens to hundreds of vehicles.

The ideal candidate has hands-on AI&T experience with space-qualified buses, components, sensor systems, and payloads, and can drive design-for-test early in

Qualifications

• B.S. in engineering or equivalent.
• Experience in AI&T for space systems preferred.
• Strong ability to translate mission concepts into credible AI&T approaches.

Responsibilities

• Define integration and test architectures for constellation concepts, including test flow and acceptance campaigns.
• Drive design-for-test and design-for-integration across payload and bus subsystems.
• Develop AI&T concepts for rate production with test automation and first-pass yield assumptions.
• Define launcher cadence constraints on architecture and deployment concepts.
• Author technical content for proposals, white papers, and customer engagements.
• Serve as AI&T technical authority in architecture reviews and risk mitigation.
• Partner with program AI&T teams to ground concepts in demonstrated capability.

Skills

Systems engineering

Test & verification

Proposal writing

AI&T

Education

B.S. in Engineering

Job description

Blue Origin in Reston, VA is seeking a Senior AI&T Engineer to shape the integration, test, and verification for satellite payloads and in-space constellations. You will translate mission concepts into credible AI&T approaches, covering test flows, acceptance campaigns, and risk when designing architectures for tens to hundreds of vehicles.

The ideal candidate has hands-on AI&T experience with space-qualified buses, components, sensor systems, and payloads, and can drive design-for-test early in