Develop subsystem management and Displays & Control application flight software Work with cross functional stakeholders to define software concepts of operations, functions and requirements Author unit tests, documentation, and participate in design and code reviews Integrate Displays & Control applications with vehicle management applications Develop and run unit tests,

include but are not limited to Design, implement, test, verify and deploy mission operations software systems, ensuring the success of the overall Ground Data System (hardware/software) supporting Blue Origin space mission operations. Perform trade studies to determine whether to develop software tools in house, subcontract work to develop tools, or adapt or purchase exist

Collaborate with business partners to identify business problems, generate ideas to solve novel problems, test hypothesis through rapid prototyping and establish target state architecture to achieve business goals Employ the latest research and industry standard methodologies in problem domain to craft innovative and repeatable solutions Proactively engage with federated

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 position is available at our Seatt

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 Design and code automated test equipment software to support formal and informal verification of avionics requirements (qualification and acceptance testing) Develop and maintain user interface for running verification tests on the engine controllers Establish and follow software development processes to ensure test equipment software is reli

As a Project Engineer III supporting engine avionics software, you will exercise technical project management responsibilities for a team that builds and tests real time embedded software that controls rocket engines for human capable spacecraft. In this role, you will collaborate with programmatic and technical stakeholders to Fully define project scope, assumptions, and

Add technical oversight and technical leadership of the highest caliber Exemplify conduct for your team members. Lead hardware development efforts including design/build/test cycles, and documentation and reporting. Apply expertise in Crew Systems or EVA to develop cutting edge and cost effective solutions for Blue missions. Identify and trade solutions, support vehicle l

include but are not limited to Technical system engineering lead for the development of new capabilities for the New Glenn Upper Stage. Work across all upper stage subsystems and support integrated solutions to develop new capabilities. Lead the development, allocation, and verification of requirements for these solutions. Negotiate interfaces and coordinate between intern

Own verification execution of avionics embedded controllers, including product and system integration support, bring up and debug activities. Plan and execute verification tests for flight qualified avionics embedded controllers that control various subsystems on New Glenn rocket such as e lectromechanical/electrohydraulic actuators, sensors, etc. Support testing at the i

include but are not limited to Participating deeply in all aspects of software development lifecycle, including developing verifiable requirements, creating/documenting/implementing software architectures and designs, writing planning specifications, systems integration, test development and execution, deployment, issue resolution and maintenance Sharing knowledge and expe

include but are not limited to Participating deeply in all aspects of software development lifecycle, including developing verifiable requirements, creating/documenting/implementing software architectures and designs, writing planning specifications, systems integration, test development and execution, deployment, issue resolution and maintenance Sharing knowledge and expe

include but are not limited to Develop , execute, and manage the plan for the de si gn , development, test, and quali fication of software defined radios (SDR) and other RF systems for spacecraft communications Lead a team of engineers and technicians across multiple product teams to guide the design and development, and deliver y of qualified product solutions on schedul

included but are not limited to Develop the software requirements for VTB. Develop the software architecture. Develop software for various prototype objectives. Develop and Integrate sensor & actuator software models. Support flight software integration & testing in VTB. Diagnose and fix software problems at multiple levels, including installation deployment, configuration

include but are not limited to Lead subsystem definition, refine software architecture, and lead software implementation of satellite command and control (C2) capabilities for a groundbreaking satellite management system, capable of operating a large constellation of vehicles with a small team. Identify, derive, develop, and maintain mission systems requirements as they pe