GN&C Systems Engineer II

About the role

This role is part of the Lunar Permanence business unit, which develops Blue Origin’s Blue Moon landers and related products. The goal is to build sustainable infrastructure for transporting crew and cargo from Earth to the lunar surface.

Responsibilities

• Support early feasibility studies, subsystem architecture development, definition of subsystem and component trade space, and concept of operations
• Derive and develop subsystem requirements, perform analyses and trades to validate requirements, and maintain subsystem specification, budgets and performance metrics
• Collaborate with other subsystems and spacecraft systems engineers to support define subsystem boundaries and interfaces
• Support the definition, development, and execution of simulations and tools necessary for verification of subsystem functionalities
• Support verification and testing, ensuring the subsystem complies to its requirements
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C/C++
• Develop and integrate multidisciplinary models for a multi-vehicle simulation using Simulink and C