At Blue Origin, we envision millions of people living and working in space for the benefit of Earth. We're working to develop reusable, safe, and low cost space vehicles and systems within a culture of safety, collaboration, and inclusion. Join our diverse team of problem solvers as we add new chapters to the history of spaceflight! We are a diverse team of collaborators,

include but are not limited to Responsible for leading and coordinating engineering operations activities for Lunar Product Engineering in support of the MK1 and MK2 landers and National Team partners for common hardware. Develop a set of simple but consistent processes for management and reporting of products status, escalations, issues, and resolutions. Assist the MK1 an

include but are not limited to Develop , execute, and manage plan for the de si gn , development, test, and quali fication of lidar sensor systems for autonomous spacecraft navigation Lead a team of engineers and technicians across multiple product teams to guide the design and development, and deliver qualified lidar and electro optical product solutions on schedule and

include but are not limited to Support early concept studies, architecture development, definition of GN&C mode states and transitions, and concept of operations. Derive and develop GN&C requirements, perform analyses and trades to validate requirements, and maintain subsystem specification, and performance metrics . Collaborate with other subsystem and spacecraft systems

include but are not limited to Participate in the entire design cycle of structural and mechanical subsystems, including conceptual and detailed design, trade studies, structural analysis, development testing and qualification. Generate 3 D models, component drawings, assembly drawings, and interface control documents. Define assembly and test of development and flight har

Develop & manage Thermal specifications and requirements (at subsystem and component levels) Develop & manage Thermal interfaces, including Interface Control Documents (ICDs) and models (in collaboration with adjacent IPTs) Decompose requirements from system and subsystem levels into lower level requirements Mentor early career Thermal Systems Engineers on the Lunar Progr

include but are not limited to Design, Implement, and improve engineering and program Lifecyle management policies, procedures, and standards to be used for Test and Flight Operations systems. Manage data in Blue Origin eco system Establish effective communication with major stakeholders. Lead and/or support change control meetings to ensure risks and change impacts are we

include but are not limited to Own and lead the Ventilation and Atmosphere Revitalization fan assemblies and interfaces through the entire life cycle Conception, Design, Build, Test, Install and Operations Derive functional and performance requirements, and specify hardware Perform system calculations and basic analyses Design and integrate the fan assemblies and acoustics

include but are not limited to Serving as a Subject Matter Expert, mentor, and technical reference regarding electronics part performance and the space radiation environment Furthering the team's knowledge of space radiation models, semiconductor device physics, and commercial and rad hard electronics performance Thoroughly understanding our missions' electronics platforms

include but are not limited to Create and modify CAD models of lunar vehicle thermal components in CREO Build CAD models of aerospace kinematic mechanisms including hold down release mechanisms, powered kinematic hinges, EVA door latches, solar array deployment mechanisms, landing gear, and docking systems. Build Interface Control Models Deliver geometry to analysis teams

include but are not limited to Develop custom radiation test setups. Develop custom software for test data collection and processing. Document radiation test plans and reports. Interface with radiation test facilities to schedule and perform tests. Maintain Blue's radiation test database. Contribute to improvements in Blue's in house radiation test capabilities and laborat

include but are not limited to Develop custom radiation test setups, including any required software, with emphasis on automated data collection and processing. Design custom PCBs for radiation test. Evaluate electronic components against mission radiation hardness requirements. Evaluate internal and external radiation test data for compliance with hardness requirements an

include but are not limited to Collaborate with the Sales Marketing and Strategy team to identify, architect, or invent solutions and responses to customer needs and solicitations. Utilize design tools (CAD, MATLAB, Julia, etc.) to develop and analyze mission and payload concepts. Be a general purpose, fire and forget problem solver that's able to operate and thrive in a c

include but are not limited to Drives the development of thermal systems, including system architecture definition, thermal system modeling, component sizing, and design. Perform trade studies relating to the selection of material and subsystem hardware. Perform hand calculations to screen concepts without detailed modeling and to sanity check finite element model results.

Develop and implement efficient algorithms and models for autonomous perception, localization and mapping, trajectory guidance, and software control to support vehicle navigation Implement and test embedded navigation software, including sensor interfaces and telemetry management, using C/C++ and MATLAB/Simulink Verify vision based algorithm implementations through open l