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Develop and operate ground software for a lunar data network. Responsibilities include building software tools, interfaces, console frameworks, scripts, and unit tests; responding to real-time events and anomalies; troubleshooting networking, RF, and backend issues; participating in simulations, agile sprints, integration testing, and quality assurance; and supporting 8-hour shifts, overnight work, and on-call operations.

Develops, evaluates, integrates, tests, and debugs safety-critical Orion GN&C flight software supporting NASA’s JETS II contract. The role uses MATLAB, Simulink, C/C++, Python, and TRICK/JEOD for software development, simulation analysis, verification, and troubleshooting. It also improves flight software processes, procedures, build management, and integration activities while collaborating onsite with NASA personnel and contractor teams at Johnson Space Center.

Develop and maintain high-fidelity spacecraft simulation models and infrastructure, including environmental, vehicle, sensor, effector, I/O, real-time, faster-than-real-time, and hardware-in-the-loop simulations. Collaborate with software, GNC, and subsystem engineers; create verification tests and unit tests; support FDIR testing; maintain SQA tools; and provide simulation support to flight software, ground software, and operations teams.

Perform structural stress analysis of carbon fiber panels, joints, tubes, bonded joints, sandwich panels, and metallic secondary structures. Own analysis for parts and assemblies, present engineering solutions, support manufacturing product development, and lead or mentor a small analysis team. Use advanced FEMAP/NASTRAN techniques, API scripts, closed-form bolted-joint analysis, structural sizing, and Creo-based design trades.

Design, develop, integrate, and test guidance, navigation, and controls systems for lunar spacecraft. Responsibilities include real-time C/C++ flight software, sensor and effector integration, HWIL and SWIL testing, six-degree-of-freedom simulations, navigation analysis, flight control performance evaluation, and collaboration across hardware and software teams.

Leads the organization’s talent acquisition strategy, recruiting team, full-cycle hiring, sourcing, difficult searches, recruiting operations, analytics, process improvement, compliance, candidate experience, and employer-brand initiatives. Partners with business leaders and HR stakeholders to align workforce needs with hiring strategies, coaches recruiters, improves recruiting technology and processes, and reports on hiring performance and talent risks.

Supports spacecraft assembly, integration, and testing at subassembly and vehicle levels. Develops assembly and test procedures, sets up and performs component and integrated tests, and documents final results. Tests may include load, vibration, thermal, and actuator testing. Diagnoses integration and testing issues and develops engineering solutions while collaborating cross-functionally on lunar landers and other spaceflight projects.

Design, implement, maintain, test, and assess flight software for spacecraft. Integrate software with hardware, develop unit and integration tests, evaluate I/O performance, and coordinate high-level feature testing. The role requires C/C++ development, communications protocol knowledge, strong software quality practices, and collaboration with hardware engineering teams in a fast-paced spaceflight environment.

Develop and integrate multi-body parachute models for Orion, Commercial Crew, and future spacecraft programs. Build deployment, inflation, and flight simulations in Julia and C++ using NASA flight mechanics and Trick-based systems. Support parachute test reconstruction, spacecraft performance analysis, touchdown assessments, HPC simulations, and model verification and validation. Produce requirements documentation and recommend software and design process improvements while collaborating with NASA and contractor engineering teams.

Designs, analyzes, fabricates, and tests liquid rocket engine components, including injectors, combustion chambers, manifolds, and feed systems. Creates CAD models, assemblies, drawings, and manufacturing documentation; performs structural, thermal, fluid, and manufacturability analyses; and optimizes components for additive manufacturing. Supports assembly, hot-fire testing, post-test evaluations, anomaly investigations, data analysis, and iterative design improvements while collaborating across propulsion, structures, thermal, manufacturing, test, and systems engineering teams.