Jobs at Blue Origin

Design and develop space-qualified power electronic converters (isolated and non-isolated DC-DC) from requirements through production. Perform topology selection, component selection, controller algorithm development, circuit simulation, PCB schematic/layout, prototype bring-up, testing, troubleshooting, and iterative improvements while collaborating with firmware, mechanical, and systems teams to ensure manufacturability and reliability for aerospace applications.

Design and develop space-grade power electronic converters (isolated and non-isolated DC-DC) from requirements through production. Tasks include topology selection, component selection, controller algorithm development, simulation, schematic capture, PCB layout, prototype bring-up, testing, iterative reliability improvements, and cross-functional collaboration to transition designs to production for Hall thruster-based satellite propulsion systems.

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.

Lead the design, build, and integration of a Vehicle Test Bed for satellite testing, managing test campaigns and coordinating with various engineering teams.

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.

Perform fluids and thermal analyses for lunar vehicle pumps using CFD and hand calculations; provide design recommendations, run secondary flow and thermal models, support test programs, and guide pump development from CAD to flight-qualified hardware. Lead a small fluids-analysis team and optimize pump designs for efficiency, reliability, manufacturability, mass, and leakage.

The Director of Customer Integration will manage technical teams for customer hardware integration on the New Glenn project, overseeing program management aspects including cost, schedule, and technical design while ensuring compliance with customer requirements and regulatory standards.

The Electrical Engineer 3 will design, test, and manufacture electronic Motion Control products, owning multi-board designs and making critical design decisions within project teams.

Design mechanical systems for Blue Ring spacecraft, including mechanisms and structural analysis, conducting tests, and generating documentation.

The Mechanisms Test Engineer III is responsible for planning, executing, and analyzing tests for aerospace systems, focusing on electromechanical mechanisms and multi-axis gimbals, and collaborating with cross-functional teams to ensure mission success.

The Electrical Engineer 2 will develop, design, test, and manufacture motion control products, collaborating on electronic designs and working within multidisciplinary teams in a lab environment.

Develop spacecraft motion control systems and mechanical designs, support assembly and testing, and review test data to improve mechanisms for aerospace applications.

Develop spacecraft motion control systems, design mechanical systems including gears and motors, perform analysis, and support assembly and testing.

The Mechanical Engineer II supports the design and testing of umbilical systems for the New Glenn launch vehicle, focusing on mechanical and fluid systems while managing suppliers and documentation.

Support the development, design, testing, and manufacturing of electronic Motion Control products. Participate in electronic design, collaborate with teams, and contribute to prototype development under senior engineers' supervision.

Lead architectural design and development of free-space optical communications systems. Conduct analysis for optimal design, manage risks, and interface with stakeholders for mission alignment. Mentor engineers and advocate for advances in optical communications technologies.

The role involves designing spacecraft motion control systems, analyzing mechanical design for aerospace applications, and supporting testing processes. Strong leadership and technical expertise are required for the success of human spaceflight initiatives.

Support New Glenn ground operations by ensuring Range Safety regulatory compliance with US Space Force (Deltas 45/30). Develop and maintain compliance products, coordinate with government partners, plan and deliver technical safety products, and manage program-level documentation using collaboration tools.

Perform structural analysis of spacecraft primary and secondary structures from concept through drawing release. Develop, refine, validate, and correlate finite element models, integrate with loads and dynamics, perform strength checks, generate analysis and test/verification reports, and support configuration, trade studies, and hardware readiness.