Deliver tactical progress toward an enterprise solution for rapid engineering analysis of flight and test data while working with domain experts to accurately define significant portions of the overall strategic plan Provide deep, thoughtful technical leadership in our software and platform development in two ways. 1) Through taking ownership of significant capabilities a

include but are not limited to Recruit, hire, onboard, train and mentor a diverse, equitable, and inclusive team of new Thermal Systems Engineers Manage your direct reports' professional development (e.g., coaching, routine one on one development conversations, performance reviews, and promotion management) Lead the development and management of the Thermal IPT specificati

Manage the integrated design across vehicle subsystems Support development of system requirements, flow down, and verification planning Lead trade and impact studies Assist in configuration management and Engineering Change Requests (ECRs) Create and manage interface definitions between subsystems with appropriate model definition and control documents Manage inter module

Create and modify CAD models of lunar vehicle fluids components in CREO Create CAD models of fluids and propulsion components, tubing and support structure Create Interface Control Models and Interface Control Drawings Deliver geometry to analysis teams in support to feed Finite Element Models Release engineering drawings in Windchill Incorporate drafting standards and st

include but are not limited to Develop flight dynamics operational software Support verification and validationof flight dynamics operational software Collaborate with the Mission Operations and Mission Planning teams to define trajectory and vehicle interfaces Analyze dispersed trajectories and delta v budgets Supportground based satellite navigation and orbit determinati

include but are not limited to Responsible and accountable for tasking the technical team in the development of the vehicle system and associated products that meet mission objectives and satisfy requirements while balancing schedule, and risk. Apply heuristic and functional decomposition techniques to scope the design and development of the vehicle based on program object

include but are not limited to Lead the cross functional mechanisms team to achieve the mission goals and collaborate with other IPT teams. Accountable for planning, design, execution, and on time/on budget delivery of mechanisms. Lead large and complex technical trade studies for future mechanisms to achieve mission goals. Participate in the entire design cycle of flight

Work on the BSP, drivers, middleware, and application software for New Glenn avionics boxes. Develop tools supporting development and testing of our avionics system. Participate in all software creation process activities including requirements, architecture, design, implementation, and testing. Collaborate with multi disciplinary teams of electrical, mechanical, aerospac

Design, develop, build and test valves for one or more of the following Environmental Control and Life Support (ECLS) subsystems for the MK2 Lunar Lander Pressure Control, Air Handling and Revitalization, Water Processing and Distribution, Fire Suppression, Air and Water Quality Monitoring, Controls and Software, Human in the Loop Development and Testing Specify valve typ

include but are not limited to Lead the design, analysis, and optimization of electrical motors for valves, pumps, fans, and blowers on a lunar lander, ensuring compliance with rigorous space and lunar environmental requirements Collaborate with multidisciplinary teams to integrate motor systems into the lunar lander's propulsion, life support, environmental control, and t

Harness your deep proven experience to mentor and advise about the verification of safety or mission critical embedded software Review and refactor software requirements and designs for verifiability; uncover requirement gaps Author requirements based test cases, test procedures/scripts Assist in building the software test environment and infrastructure, leveraging readil

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 Developing hardware, firmware, and software product solutions to contribute towards embedded vision based navigation baselines and next generation vehicle designs. Support in the development and benchmarking of efficient embedded algorithms, flight critical software and models for autonomous perception, localization and mapping, and software

include but are not limited to Serve as a thermal systems integrator, working and negotiating across the multiple integrated product teams (IPTs) between the CDE and its supporting spacecraft. Develop interface control documents (ICDs) and support the development of interface requirements documents (IRDs) that may pertain to a subsystem focus. Drive system and subsystem le

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! This role is part of the Lunar Permanen