Prediction of launch vehicle vibration, shock, and acoustic environments due to engine, aerodynamic, pyrotechnic, or other sources. Shock, vibration and acoustic measurement/data interpretation of ground and flight tests. Development, supervision, troubleshooting, and verification of component environmental tests. Other high and low frequency loads tasks as required. Mini

include but are not limited to Responsible for leading and coordinating engineering operations activities for Lunar Product Engineering in support of the MK1 and MK2 landers and National Team partners for common hardware. Develop a set of simple but consistent processes for management and reporting of products status, escalations, issues, and resolutions. Assist the MK1 an

Become a subject matter expert of mission critical software test and verification, working closely with the product group team members Review and refactor software requirements and designs for verifiability; uncover requirement gaps Author requirements based test cases, test procedures/scripts Assist in building the software test environment and infrastructure, leveraging

include but are not limited to Develop , execute, and manage plan for the de si gn , development, test, and quali fication of lidar sensor systems for autonomous spacecraft navigation Lead a team of engineers and technicians across multiple product teams to guide the design and development, and deliver qualified lidar and electro optical product solutions on schedule and

Participate as technical evaluation committee chair for Thermal design reviews of lunar landers and other spacecraft programs at Blue Origin Represent the company and project with key customers and partners Provide peer review to thermal design and analysis products Provide technical recommendations to multiple established spacecraft thermal design and analysis teams Prov

Design and develop vehicle autonomous system management and fault management flight software Support design and development of flight software functional architecture for orbital space system Design and develop embedded computer vision software for autonomous proximity operations and docking Evaluate, decompose, and create requirements for safety critical, real time opera

Develop subsystem management and Displays & Control application flight software Work with cross functional stakeholders to define software concepts of operations, functions and requirements Author unit tests, documentation, and participate in design and code reviews Integrate Displays & Control applications with vehicle management applications Develop and run unit tests,

include but are not limited to Support early concept studies, architecture development, definition of GN&C mode states and transitions, and concept of operations. Derive and develop GN&C requirements, perform analyses and trades to validate requirements, and maintain subsystem specification, and performance metrics . Collaborate with other subsystem and spacecraft systems

include but are not limited to Participate in the entire design cycle of structural and mechanical subsystems, including conceptual and detailed design, trade studies, structural analysis, development testing and qualification. Generate 3 D models, component drawings, assembly drawings, and interface control documents. Define assembly and test of development and flight har

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

Work at significant technical depth on complex sub systems with some oversight as part of the Fluids and Propulsion Integrated Product Team (IPT) Perform reliability analysis to identify design weaknesses and inform design improvements, such as Failure Modes and Effects and Criticality Analysis (FMECA) Review and approve engineer ing changes from a system safety and relia

Work at significant technical depth on complex subsystems with minimal oversight as part of the Fluids and Propulsion Integrated Product Team (IPT) Use established professional expertise to understand and apply systems engineering fundamentals across the development cycle of systems including concept development, requirements, design, analysis, validation, integrations, s

include but are not limited to Support Vehicle and Ground System Project Leads by carrying out systems engineering activities in accordance with Blue Origin standards and practices, engaging in tailoring required processes to complete tasks assigned including Requirements authoring, decomposition, analysis, traceability, and verification Negotiate interfaces and coordinate

include but are not limited to Support Vehicle and Ground System Project Leads by carrying out systems engineering activities in accordance with Blue Origin standards and practices, engaging in tailoring required processes to complete tasks assigned including Requirements authoring, decomposition, analysis, traceability, and verification Negotiate interfaces and coordinate

include but are not limited to Serve as a thermal systems integrator, working and negotiating across the multiple integrated product teams (IPTs) between the CDE and its supporting spacecraft. Develop interface control documents (ICDs) and support the development of interface requirements documents (IRDs) that may pertain to a subsystem focus. Drive system and subsystem le