The Power Subsystems Engineer will act as the engineering focal point for spacecraft power subsystems, developing requirements and specifications through analysis and trade studies. They will also collaborate with cross-functional teams to optimize designs, manage vendor relationships, and resolve issues during assembly, integration, and testing.
Lead an engineering team in the design, analysis, and testing of avionics subsystems including command and data handling. Manage product roadmaps, budgets, and cross-functional collaboration throughout the full spacecraft development lifecycle.
The attorney will serve as the primary legal advisor for spacecraft programs, managing contract interpretation, performance obligations, and risk mitigation. They will also draft and negotiate complex government, commercial, and international agreements while collaborating with various internal departments.
You will design and execute comprehensive software verification and validation plans for flight software and simulation systems. Additionally, you will lead test automation initiatives and serve as a technical authority for test processes and build delivery reviews.
You will lead verification and validation campaigns for flight software and simulation systems, including designing comprehensive test plans and procedures. Additionally, you will champion test automation initiatives and serve as a technical authority for test processes and build delivery reviews.
You will design and implement software models for spacecraft simulators while collaborating with cross-functional teams to evaluate technical trade-offs. Additionally, you will maintain existing simulation codebases, deploy code via CI/CD pipelines, and perform comprehensive unit and system-level testing.
Lead cost estimating efforts for spacecraft systems and components across commercial and government programs. Collaborate with engineering and finance teams to develop accurate cost estimates, bases of estimates, and work breakdown structures.
The Supplier Quality Engineer is responsible for managing the end-to-end performance of suppliers, ensuring they meet quality, schedule, and contractual requirements. This role involves conducting audits, leading root-cause investigations, and driving continuous improvement initiatives across the supply chain.
Design and implement software models for spacecraft simulators while adhering to industry best practices and technical documentation. Collaborate with cross-functional teams to perform system-level testing and participate in technical design reviews.
The engineer will develop avionics architectures and subsystem designs, including requirements definition and trade studies for spacecraft missions. They will also collaborate with cross-functional teams to integrate onboard computer systems, manage telemetry, and perform verification and validation of satellite systems.
The Senior Systems Engineer will lead cross-functional teams in the execution of complex spacecraft design, including requirements management, interface definition, and fault management. They will also oversee integration, verification, and validation activities to ensure mission success.
The Accounting Manager will lead month-end close processes and support financial reporting in accordance with U.S. GAAP. They are also responsible for maintaining SOX compliance, managing internal controls, and driving process efficiency initiatives.
The Lead Finance Analyst will prepare, analyze, and maintain financial reports and performance dashboards while identifying trends and risks. They will also partner with cross-functional teams to provide actionable financial insights to management and stakeholders.
The Import & Export Lead will coordinate international logistics activities and ensure regulatory compliance across global supply chains. This role serves as a subject matter expert, collaborating with cross-functional teams to manage customs requirements, shipping documentation, and trade compliance programs.
The Cost Account Manager will manage and monitor cost account performance for Cost Plus programs to ensure compliance with financial controls and contract requirements. They will also develop Estimates at Completion (EAC), analyze budget variances, and provide financial insights to cross-functional teams.
Lead the planning, scheduling, and execution of flight software development programs while serving as the primary interface between engineering and program management. Facilitate agile ceremonies, manage cross-functional dependencies, and ensure on-time delivery of critical spacecraft software systems.
The engineer will design spacecraft-level layouts by converting system specifications into 3D models and documentation. They will also oversee hardware integration, manage design interfaces, and drive process improvements for satellite configurations.
