OverviewGet ready to operate at hyperscale!We are building new systems to optimize the millions of server nodes underlying the Microsoft Azure cloud. You will be part of a dynamic and collaborative team chartered to understand and improve how hardware and software ingredients come together to form our Azure virtual machine (VM) products. Our work includes optimizing fleet

include but are not limited to Lead risk and opportunity management for one or more rocket engine programs Identify relationships between risks to ensure effective risk mitigation Coach teams in characterizing program risks and developing mitigation plans Support the development and documentation of mitigation plans Monitor progress of mitigation plans throughout the progr

include but are not limited to Design, develop, and maintain automation frameworks and tools to automate network design, deployment, and operational management processes, with a focus on Juniper Networks devices and solutions. Work closely with network and security engineers translating network security requirements into automated workflows. Develop and maintain network de

include but are not limited to Engage in and improve the whole lifecycle of software from inception and design, through deployment, operation, and refinement Support services before they go to production through activities such as system design, consulting, developing software platforms and frameworks, scaling, and launch reviews. Maintain software once it is live by measu

include but are not limited to Lead technical implementation of human rated flight software for a crewed lunar lander. Guide the development and implementation of subsystem applications and fault management. Develop software requirements in coordination with systems engineering and subsystem owners. Evaluate, decompose, and create requirements for safety critical, real tim

include but are not limited to Create and modify CAD models of lunar vehicle thermal components in CREO Build CAD models of thermal components, including tubing, multi layer insulation, cold plates, heat exchangers, radiators, and support structure Build Interface Control Models Deliver geometry to analysis teams in support to feed Finite Element Models Release fabrication

include but are not limited to Baseline implementation plans for technical standards with Blue Origin and NASA technical leads and manage the work with element SE&I leads through the verification process. Establish the process for requirement variances (deviations, waivers, and exceptions) and manage the production, review, and closeout of all variances against Program and

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 supports the development 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 Support Vehicle and Ground System Project Leads by carrying out systems engineering activities in accordance with Blue Origin standards and practices, engaging in tailoring required processes to complete tasks assigned including Requirements authoring, decomposition, analysis, traceability, and verification Negotiate interfaces and coordinate

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

include but are not limited to Support Vehicle and Ground System Project Leads by carrying out systems engineering activities in accordance with Blue Origin standards and practices, engaging in tailoring required processes to complete tasks assigned including Requirements authoring, decomposition, analysis, traceability, and verification Negotiate interfaces and coordinate

include but are not limited to Support Vehicle and Ground System Project Leads by carrying out systems engineering activities in accordance with Blue Origin standards and practices, engaging in tailoring required processes to complete tasks assigned including Requirements authoring, decomposition, analysis, traceability, and verification Negotiate interfaces and coordinate

include but are not limited to Support the effort to baseline implementation plans for technical standards with Blue Origin and NASA technical leads and assist in the work with element SE&I leads through the verification process. Support the identification and subsequent completion of Program validation activities. Produce requirement variances (deviations, waivers, and ex

include but are not limited to Author requirements to address both customer and Blue Origin needs for the Mk2 Lunar lander program Define interfaces between systems and elements Develop program level verification and validation activity definition including system level verification and validation events and integration of element level events Develop system level verifica