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Support buildout and operation of a propulsion test facility: requirements and trade studies, CAD and P&ID support, pressure and structural analysis, procurement and fabrication oversight, installation and commissioning, and test operations including data acquisition, test execution, and post-test reporting. Early-career role with hands-on hardware and cross-functional responsibilities.

Lead definition and development of propulsion test-stand requirements and facility capabilities. Perform trade studies, specify infrastructure, review designs and P&IDs, support safety analyses, commission test operations, engage vendors, and manage propulsion test programs through buildout and early operations.

Lead the planning and execution of aerospace hardware test campaigns including requirements verification, procedure development, data collection and analysis, anomaly/failure investigation, and test director responsibilities. Interface with leadership, customers, vendors, and regulatory bodies, author test documentation, ensure safety and standards compliance, and mentor junior engineers.

Develop and optimize production processes for spacecraft mechanical structures, ensuring efficient manufacturing and integration while collaborating with engineering teams.

Design, build, and operate instrumentation, DAQ, and automated test control systems for spacecraft testing. Develop test automation (LabVIEW, Python, MATLAB), commission and calibrate sensors, troubleshoot hardware/software integration, perform post-test data analysis, and maintain data management and requirements traceability in hazardous test environments.

Design, develop, and maintain ground support systems while collaborating with teams for projects, troubleshooting, and quality documentation.

The technician will assemble and test spacecraft harnesses, assist with setup and execution of testing facilities, and ensure adherence to cleanroom protocols.

The role involves architecting spacecraft-wide harness solutions, establishing standards and automation tools, overseeing manufacturing strategies, and mentoring engineers across teams.

The Electro-Optical Engineer II designs, analyzes, and characterizes imaging systems for spacecraft, ensuring performance and collaboration with other engineering teams.

The GNC Engineer is responsible for the development and integration of Guidance, Navigation, and Control systems for missile defense, focusing on software, algorithms, and hardware for tactical systems in aerospace and defense.