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Support modeling and simulation tools for performance requirements analysis in mission systems. Collaborate on projects, develop algorithms, and create presentations.

The Engineer Principal will lead testing of space flight hardware, guiding a team in spacecraft assembly and launch operations, ensuring rigorous testing procedures and integration.

The Engineer II will develop and manage requirements for complex systems, lead multidisciplinary teams, support proposals, and mentor junior engineers within a collaborative environment.

Lead and manage all aspects of high-value proposal development from solicitation to delivery. Coordinate writers, volume leaders, and subcontractors; develop schedules, compliance matrices, win themes, and review events; ensure solicitation compliance; mentor proposal staff; liaise with capture, business units, and senior management to produce compelling, timely, compliant proposals.

Develop and maintain software test and integration infrastructure for tactical embedded systems. Perform full software lifecycle activities: requirements, architecture, design, coding, test, integration, documentation, and support. Integrate test equipment, automate test suites, work with containerized deployments, interact with FPGAs, and validate system-level requirements in an on-site defense environment requiring active TS/SCI clearance.

Develop and maintain software test capabilities and integration infrastructure for embedded and tactical systems. Perform full software lifecycle tasks—requirements, architecture, design, coding, testing, integration, documentation—and integrate test equipment and frameworks (gtest, HIL). Work on containerized deployments, FPGA interaction, and multi-layer software stacks (DSP, embedded, applications). Collaborate across engineering teams and support on-site operations.

Perform electrical board and component reliability engineering for spaceflight systems, including WCCA/WCTA, parts stress/derating, FMEA/FMECA, reliability predictions, LLA, FRACAS, root-cause investigations, and report writing. Interface with cross-functional teams, use PLM/Windchill, SPICE and mathematical tools (Mathcad/MATLAB) for analyses, participate in reviews and present results at program milestones.

Lead and support assembly, integration, and test (AIT) of in-space propulsion systems with emphasis on pressurized fluid systems. Generate and execute test procedures, develop assembly/integration flow plans, manage resources and GSE, troubleshoot spaceflight hardware, and support propulsion during launch and commissioning campaigns while working on multidisciplinary teams.

Develop and maintain software test and integration infrastructure for tactical embedded systems. Perform full software lifecycle tasks (requirements, design, code, test, integration, documentation), integrate test equipment, implement test automation, and work with containerized deployments, FPGAs, and multiple software stack layers. Collaborate across teams and support on-site lab and production environments.

Manage electrical and mechanical ground support equipment (EGSE/MGSE) for space vehicle testing. Lead project and lifecycle planning, coordinate maintenance, procurement, calibration, IA/security approvals, and cross-functional integration to ensure mission-ready test equipment while mitigating risks and supporting schedules and budgets.