include but are not limited to Develop organizational performance metrics to drive operational efficiency, rate improvements and cost reduction Build and maintain tools, analytics, and reporting to highlight performance metrics and other key information Data mining across diverse data sets Actively participate on technical teams to support system improvements and addition

Finite Element Model development, refinement, validation, and correlation to tests Rigid and flexible body dynamics Modeling, simulation, and verification of spacecraft launch, docking, and landing events Acceleration, shock, and vibration measurement and data interpretation of ground and flight tests General loads development for spacecraft and related ground systems Sup

include but are not limited to Implement Configuration and Data Management policies, procedures, and standards to be used for human rated spaceflight Ability to read and interpret general the specific intent of engineering drawings/models, specifications, change orders, contract requirements, documentation, and release processes. Support change control processes to ensure

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! As part of a passionate and accomplishe

As the Operations Chief Engineer, you will be responsible for providing technical oversight and mentorship leading to the optimization of manufacturing operations across all programs and business units. Partner with Manufacturing leadership to identify critical areas of improvements to increase product manufacturability, reduce production cycle time and reduce production

Preforms all tasks in a safe and responsible manner. Read and understand blueprints. Fully understands GD&T. Use of gages and measuring instruments to meet tolerance requirements. Use of precision tool, machinery and equipment such as CNC lathe, mills, 5 axis, and a variety of cutting tools and equipment. Fabricates and shapes parts such as tools and machine parts out of

include but are not limited to Perform hands on maintenance or modifications to Engines. Perform fabrication, installation, and checkout of wire harnesses. Test article integration and checkout. Perform flight hardware and instrumentation systems inspections. Reviewing, editing, and following test procedures and processes. Operation of test facility and ground support equi

include but are not limited to Design, simulate, and optimize thermal management systems for ISRU technologies, with a focus on high temperature and high current applications, including reactors and electrolysis systems. Participate in all product development stages, from conceptualization through design, to implementation, integration, and environmental testing in space a

include but are not limited to Leads cross functional teams to deliver results on schedule and with high quality Implement and create Configuration and Data Management policies, procedures, and standards to be used for human rated spaceflight Manage product configuration management (Product structure, parts, drawings, documents, and requirements management) Lead change con

include but not limited to Maintain and improve additive manufacturing machines that maximizes part quality, machine up time and production throughput. Meet both quality and schedule expectations. Track related consumable supplies and alert Responsible personnel if additional supplies required (procurement and maintenance of powders, hand tooling, build plates, process gas

On the floor tooling support Work embedded as on floor to tool support to work center toolingneeds. Identify tooling deficiencies, concerns, andopportunities. SupportMaintenance and Calibrationactivities SupportPreventative Maintenanceplanning Fabricationsupport Support Tool Checkout and Commissioning, onsite and atVendor DesignEngineering Support Act as liaison to design

Identify, develop, and deploy or refine manufacturing methods to improve quality, reduce cost and optimize build schedules. Translate engineering intent, drawings, and configurations into fully functional, high quality machined components. Develop manufacturing work instructions to clearly define manufacturing process. Define how to set up hardware for machining on mills,

include but are not limited to Perform hands on maintenance or modifications to Engines. Perform fabrication, installation, and checkout of wire harnesses. Test article integration and checkout. Perform flight hardware and instrumentation systems inspections. Reviewing, editing, and following test procedures and processes. Operation of test facility and ground support equi

include but are not limited to Oversee the setup, construction, operation, and maintenance of the R&D facility and Equipment. Lead facility related teams, ensuring compliance with aerospace development standards. Manage the operation of forklifts, scissor lifts, cranes, and other heavy machinery. Conduct inventory management for R&D components and hardware, ensuring lab su

include but are not limited to Support the overall physical configuration and packaging design of the structural, mechanical, fluids, electrical, and avionics subsystems within the integrated vehicle. Product and manage vehicle CAD models, including making sure top down design principles, maintaining the CAD structure, and exporting CAD models. Create interface definitions