Jobs at Blue Origin

Develop, implement, and verify FPGA designs for New Glenn's spaceflight systems, collaborating with various engineering teams to ensure safety and reliability.

As an FPGA Engineer, you will develop, implement, verify, and test FPGA designs for spaceflight systems, generating requirements and coding in HDL.

As a Ground Software Engineer, you will develop, test, and integrate software for Lunar Mission Control Centers, ensuring safe operations of lunar space vehicles.

The Teamcenter Administrator will manage, optimize, and improve the Teamcenter environment, support integration with other systems, ensure data integrity, and contribute to testing and quality assurance efforts, while fostering collaboration and continuous learning within the engineering team.

Lead Responsible Engineer for a family of embedded motor controllers supporting lunar vehicles. Own technical baseline, architecture, interfaces, fault-tolerant design, parts selection for radiation effects, verification/qualification, and guide multidisciplinary teams through design, test, and qualification.

The role involves designing cryogenic systems for lunar missions, conducting analysis on components, and mentoring engineers. Responsibilities include leading design efforts, managing project plans, and collaborating with cross-functional teams.

This role involves designing and developing propulsion systems for the MK2 Crewed Lunar Lander, including testing and collaboration with partners.

Design and optimize spacecraft electrical systems for TeraWave satellites, develop documentation, conduct analyses, and support integration efforts.

Lead the Fluid Distribution Subsystem for lunar missions by overseeing technical designs, managing budgets, and mentoring teams to achieve project milestones.

As a Software Engineer, design and maintain computational solvers for structural analysis, gather project requirements, and establish CI/CD pipelines.

The Systems Engineer will develop hardware requirements, coordinate testing, and support design assurance for lunar transport systems, contributing to safe human spaceflight.

Manage safety and reliability processes for lunar lander development, perform technical leadership, and facilitate program safety assessments to reduce risks.

As an RF Systems Engineer III, you will develop RF communication architectures, define RF specifications, and analyze RF systems for spacecraft, working closely with project teams and conducting performance analyses across various mission profiles.

Design, develop, and commission automated manufacturing systems including robotic cells, PLC-controlled equipment, machine vision, and automated test stations. Lead system integration, PLC and robot programming, EOAT/fixturing design, NPI collaboration for design-for-automation, sustainment and optimization of production equipment, and perform safety and risk assessments to meet industry standards.

Responsible for developing and deploying HR technology solutions, integrations, and supporting the implementation of AI technologies, while enhancing employee experience through collaboration and coding best practices.

Conduct mission-level analysis for Blue Origin's lunar vehicles, focusing on consumable margins, performance evaluation, model validation, and trade studies while collaborating with cross-functional teams.

The Technical Project Manager will oversee project management for the FPGA and Signal Processing Team, focusing on RF systems for lunar vehicles, ensuring cost-effective solutions and project deliverables. Responsibilities include technical leadership, program reviews, and collaborating with internal and external stakeholders.

Design and develop valves for lunar landers, managing the entire lifecycle from design to testing. Collaborate with cross-disciplinary teams and mentor junior engineers.

Design, analyze, and test primary and secondary structures for space vehicles. Responsibilities include creating models, supporting manufacturing, and conducting tests.

Responsible for design, analysis, and qualification of advanced spacecraft vehicles, conducting vibration analyses and modeling for spaceflight safety.