include but are not limited to This role is a combination of operations planning, coordination, documentation, hands on work and supervision, and system troubleshooting. This position will focus on the testing, operation, verification and maintenance of large ground mechanical systems, including umbilicals and their retract mechanisms (pneumatic, cryogenic, hydraulic, & el

Test facility construction, operation and maintenance Fabrication and routing of pressurization and propellant tubing Reviewing, editing and following Maintenance Procedures Operation of test facility systemsand environmental test equipment Installation and checkout of wire harnesses and instrumentation General trouble shooting of instrumentation, valves, leaks, compresso

Basic computer skills such as Windows, Microsoft Office, etc. Extremely customer focused with strong verbal and written communication skills A demonstrated ability to work cooperatively with teams of diverse skills across large geographic distances A continuous improvement mindset. Our job is never complete; we are always optimizing Has worked with any of the following IP

Design and manufacture new test positions to successfully meet requirements for various rocket components and propulsion systems Develop and run procedures to successfully run tests utilizing cryogenic and high pressure fluid systems Review test data and provide assessments on test stand and test article performance Identify and execute projects that improve test stand ca

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

Work with the program director and be accountable for planning, execution, and delivery of an end to end integrated and qualified end product. Support and facilitate the efforts of the integrated product team comprised of subsystem engineering, Integrated Supply Chain (ISC), Program Planning & Control (PP&C), manufacturing/production engineering, production operations, to

include but not limited to Perform schedule baseline change control, collect, and track performance, conduct critical path and variance analysis. Manage hardware status, supporting both internal and external demand. Manage budgets and implementation of capital equipment and facility projects! Lead planning and execution centered process improvements to reduce cost, shorten

Executive support Work closely and effectively with senior management to keep them well informed of upcoming commitments and responsibilities, following up appropriately. Exercise good judgment while maintaining a realistic balance among multiple priorities. Calendar Manage extremely active calendars of appointments. Plan, coordinate, and ensure the schedule is followed a

include but are not limited to Develop new turbomachinery component manufacturing processes Drive and enhance turbomachinery assembly processes Translate engineering intent, drawings, and configurations into fully functional hardware Define how to prepare turbopumps for test, qualification, and flight Identify, develop, and deploy new manufacturing methods (or refine exist

Lead the design and fabricate new test positions up to the scale of a test stand to successfully meet requirements for various rocket components and propulsion systems Develop procedures to successfully run tests utilizing cryogenic and high pressure fluid systems Review test data and provide assessments on test stand and test article performance Identify and execute stra

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

Detailed hand calc and FE analysis of primary and secondary aerospace structures. Documentation of stress analysis to support release of engineering drawings / documents. Making predictions, implementing test campaigns, and creating reports in support of hardware qualifications. Providing technical mentorship on design concepts (risk vs. cost vs. performance). Maintain an

include but are not limited to Develop & manage specifications and requirements (at system and subsystem levels) Develop & manage rocket engine facility and lunar avionics interfaces, including Interface Control Documents (ICDs) Decompose requirements from system and subsystem levels into lower level requirements Directly own the verification and validation of requirements

Lead high volume manufacturing operations to include quality, engineering, supply chain, and production across the assembly and integration areas and work centers at the Orbital Launch Site. Direct initiatives and strategies that deliver cost effective, high quality, operational performance that produces the development of orbital launch vehicles for payload and human spa

include but are not limited to Develop new turbomachinery component manufacturing processes Drive and enhance turbomachinery assembly processes Translate engineering intent, drawings, and configurations into fully functional hardware Define how to prepare turbopumps for test, qualification, and flight Identify, develop, and deploy new manufacturing methods (or refine exist