include but are not limited to Develop high quality production, development, test stand integration and manufacturing tooling for Blue Engines Capable of integrating concepts and principles of mechanical design and analysis of several different projects in a fast paced environment projects will vary in size and scale Ability to interpret and apply sound design and drafting

include but are not limited to Develop high quality production, development, test stand integration and manufacturing tooling for Blue Engines Capable of integrating concepts and principles of mechanical design and analysis of several different projects in a fast paced environment projects will vary in size and scale Ability to interpret and apply sound design and drafting

include but are not limited to Design, install, and checkout mission critical communications systems supporting real time telemetry data, video, to support reusable spacecraft operations Troubleshoot end to end data flows and identify sections of failure Design, implement and record tests of the RF systems for requirements verification. Antenna analysis and characterizatio

will include Design, plan, fabricate, install and operate hydrostatic, fluid flow, propellant, pneumatic, or cryogenic test facilities Develop and execute test plans and procedures; perform subsequent data reduction and reviews Lead daily test operations, operate test consoles, direct technician work and coordinate with internal customers Understand and troubleshoot fluid

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

include but are not limited to Develop detailed Program level verification plans for elements and element to element events. Develop verification closure products including preparation of Detailed Verification Objectives and Verification Closure Notices. Perform technical work and provide technical leadership of the highest caliber. Utilize good engineering and business ju

include but are not limited to Working with all element software teams, assure the Program will meet the intent and criteria of all Program level software requirements. Assure the Program is meeting all software and models & simulations technical standards for Blue Origin and NASA requirements. Support the software related safety products produced for the Program. Track me

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

include but not limited to Integration, verification, and validation of the Power system avionics. Perform validation tests of power system hardware in a hardware in the loop (HIL) environment. Define requirements and drive design decisions to meet mission objectives and satisfy requirements while balancing cost, schedule, and risk. Plan integration of new hardware, softwa

include but not limited to Integration, verification, and validation of the Power system avionics. Perform validation tests of power system hardware in a hardware in the loop (HIL) environment. Define requirements and drive design decisions to meet mission objectives and satisfy requirements while balancing cost, schedule, and risk. Plan integration of new hardware, softwa

include but not limited to Integration, verification, and validation of the Power system avionics. Perform validation tests of power system hardware in a hardware in the loop (HIL) environment. Define requirements and drive design decisions to meet mission objectives and satisfy requirements while balancing cost, schedule, and risk. Plan integration of new hardware, softwa

include but are not limited to Participate and guide system design and development at all stages of development lifecycle, beginning with requirements capture and flow down, through preliminary design, critical design, product realization, design verification testing, system integration, qualification, certification, and delivery Develop, manage and allocate requirements &

Design mechanisms for space flight which may include, engine gimbaling mechanisms, docking systems, solar and radiator deployment systems, hatches, and deployable or retractable external covers. Participate in the entire design cycle of flight hardware, including conceptual and detailed design, trade studies, structural analysis, development testing, and qualification.Gen

include but are not limited to Translate engineering intent, drawings, and configurations into fully functional hardware ready for test, qualification, and flight Responsible for developing and supporting the Lunar Lander assembly processes Create build & flow documents Identify tooling needs required for production Create manufacturing BOMs Author work instructions Perfor