Identify, define, develop, implement, and optimize new or existing combustion manufacturing processes (fabrication, inspection, cleaning, assembly, integration, and test) Conduct fabrication DFMA and PFMEA studies to strengthen the feedback loop between design, build, and test Provide data to drive decisions from DFM and PFMEA studies as well as historical actuals Transla

Supporting rocket engine testing Installs and monitors performance of installed site equipment for hazards, adjustments, or replacement Coordinating site outages and power upgrades Leads, guides, and/or trains contracted help Repairs and maintains electrical and mechanical systems Perform preventive and corrective maintenance as directed by engineering Ensures proper care

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 Blue Origin En

Internal/External customer service, including greeting and announcing clients, applicants, and visitors. Follows security procedures and compliance for guests, suppliers, and other visitors. Follows badging protocols. Maintains neat appearance of reception area, conference rooms, and other common areas. Assists with scheduling and preparing meeting and conference rooms. C

Support pre and post flight engine maintenance, inspection, repair, and overhaul Interpret design engineering requirements to direct touch labor technicians in the maintenance, inspection, and installation of flight engine hardware Support Non Conformance resolution including write up of dispositions, presenting to peers, and oversight of corrective actions Interface with

Identify, define, develop, implement, and optimize new or existing thrust chamber manufacturing processes (fabrication, inspection, cleaning, assembly, integration, and test) Conduct fabrication DFMA and PFMEA studies to strengthen the feedback loop between design, build, and test Provide data to drive decisions from DFM and PFMEA studies as well as historical actuals Tra

include but are not limited to Develop and/or maintain project plans to deliver turbomachinery hardware and sub assemblies in support of development, qualification and flight hardware test Develop, manage and report progress on the team's scope, schedule, cost, and resource & hardware plans Manage, prioritize, and report progress of engineering release, assembly, acceptanc

include but are not limited to Inspect critical flight hardware for various spaceflight systems. Share in the team's impact on all aspects of Non Destructive Testing (NDT) using multiple inspection methods seeking toward flawless product delivery. Apply various NDT methods for inspection, including Radiography (RT) preferred Ultrasonic (UT) preferred Eddy Current (ET) Shea

Material selection and implementation for turbomachinery and/or valves components. Review drawings for compliance to established requirements. Own material and/or part qualification process for specific components within turbomachinery and valve assemblies. Define and author material and/or process development plan(s) to utilize novel materials and processes on liquid roc

Support initiatives to improve the reliability and efficiency of manufacturing processes through automation; accomplish the technical architecture, roadmap and implementation Collaborate with data science and analytics teams to pair control system development with IOT analytics, developing closed loop data driven enhancements to sophisticated manufacturing systems Electri

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 Accountable for establishing vision and owning problem resolution processes for warehouse automation and logistics across the Enterprise Technology team. Create, measure, and optimize the warehouse automation and logistics technology roadmap, including building a partnership with warehouse robotics leadership to define total technology roadma

Collaborate with architects, customers, data owners and engineers to develop and evolve a platform to improve the speed of delivery of integrations. Design/Develop/Engineer scalable, observable, to deliver and sustainable integration pipelines with the goal of delivering value through data and system integrations. Dive deep into the data for source and target systems to u

Challenge the status quo by identifying and implementing welding/joining process improvements to drive reductions in cost and processing time while maintaining technical requirements and quality. Collaborate closely with design, analysis, manufacturing, quality, and integration engineers to disposition nonconforming hardware. Identify root causes of nonconforming hardware

Lead a team of approximately 10 people. Identify areas of waste, develop and lead projects using techniques such as Kaizens, and Define, Measure, Analyze, Improve and Control (DMAIC). The ideal candidate will be skilled in applying these techniques across the enterprise (Manufacturing, Engineering, Project/Program Management, Human Resources, Legal, Finance, Quality, and