include but are not limited to Hands on editing of NC programs, set up and machining of 3, 4 and 5 axis mills, multi axis lathes, and development of critical machining processes Working with engineering to document and standardize production processes Partner with leadership and engineering to prioritize work based on production schedule and organizational goals. This role

include but are not limited to Hands on editing of NC programs, set up and machining of 3, 4 and 5 axis mills, multi axis lathes, and development of critical machining processes Working with engineering to document and standardize production processes Partner with leadership and engineering to prioritize work based on production schedule and organizational goals. This role

Apply coatings to parts (including touch up ) Maintain the coating booth operations ensures desired coating levels, performs product changeovers, and does routine maintenance Operate an automated grit blaster. Operates, cleans, and maintains all equipment, including sprayers, robotic spray guns and pumps, etc. Crane lifts/rotations Performs assembly of precision parts per

Install and program robots, develop software to execute robotic motions for a broad range of applications, including 3D printing using robots, welding, cutting and machining Manage robotic configuration designs Support materials and manufacturing technology development Work with internal/external customers to identify technology development opportunities, plan and conduct

Plan, prepare, and document rocket engine manufacturing processes Assist Manufacturing Engineers with translating engineering intent, drawings, and configurations into fully detailed manufacturing work instructions Draft manufacturing work instructions to clearly define the following manufacturing process receiving inspection, fabrication, assembly, test, integration, and

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

include but are not limited to Lead DFMA & PFMEA analysis at part, assembly, and system level to improve build sequence, manufacturing processes, layout development, and feedback loop between design, build, and test. Coordinate the manufacturing of a launch vehicle module, including structural, pneumatic, cryogenic, hydraulic, and electrical systems integration. Develop ov

include but are not limited to Perform radiographic inspections using film and digital radiography panels Establish and maintain techniques to properly examine hardware, ensuring adherence to all safety and specification requirements. Interpret inspection results and apply acceptance criteria identified on drawing or shop work order. Perform all necessary daily, weekly, mo

include but are not limited to Perform radiographic inspections using film and digital radiography panels Establish and maintain techniques to properly examine hardware, ensuring adherence to all safety and specification requirements. Interpret inspection results and apply acceptance criteria identified on drawing or shop work order. Perform all necessary daily, weekly, mo

include but not limited to Assembly of a variety of structural, hydraulic, pneumatic, and mechanically actuated component sub assemblies for New Shepard & New Glenn components. Assembly of machined and/or carbon fiber structural components to aerospace standards. Design and fabrication of assembly tooling. Work with engineers to review design concepts, provide feedback for

include but are not limited to Work directly with a small team operating and maintaining the environmental test equipment used for the development and acceptance testing of flight hardware. Conduct hands on environmental stress screening (thermal, vibration, and pressure) on flight hardware by company outlined procedures. Assist with installation, operation, troubleshootin

Establish and improve and maintain quality system processes that support products in development and production environments Measure, analyze, and improve quality system performance consistent with organization quality goals Integrate quality system applications between engineering, manufacturing, and operations to ensure the consistent and ongoing use of quality best pra

Establish, implement, maintain, and enforce quality system processes that support products in development and production environments Measure, analyze, and improve quality system performance consistent with organization quality goals Integrate quality system applications between engineering, manufacturing, and operations to ensure the consistent and ongoing use of quality

include but are not limited to Read and interpret engineering drawings. Jog and dry run CNC machine to set up processing. Operate fiber laser equipment. CNC system programming, both at the machine control and with offline software. Provide manufacturing feedback to design engineers. Provide process improvement feedback to process engineers. Safely work within an industrial

The Operational Integrator is responsible for ensuring the launch vehicle, ground equipment, and personnel are ready for operation for all phases of the New Glenn Stage 1 mission including pre launch, boost, landing, and recovery. OIs are responsible for the following deliverables for their assigned scope Engineering Operational Requirements (EORs), Maintenance Requiremen