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Design engine components for the Archimedes Engine, develop mechanical solutions for propulsion systems, perform trade studies, and collaborate with fabrication teams.

Develop, validate, and deploy EO/IR image processing and pattern-recognition algorithms; build simulation and image‑simulation tools; analyze large EO/IR datasets; maintain and improve deployed systems; translate customer requirements to algorithm/subsystem requirements; present results to stakeholders and support program schedules and off-site work as needed.

As a Propulsion Engineer II, you will develop, test, and analyze the Archimedes Engine systems, ensuring reliability and operational success for the Neutron rocket program while collaborating with cross-functional teams.

As a Senior Program Manager, you will oversee technical projects, ensuring effective management of contracts, risk, schedule, and resources while leading engineering teams and developing innovative solutions for space missions.

Design, implement, simulate, and validate FPGA logic and IP for robotics and motor control systems. Perform synthesis, implementation, timing analysis, hardware debug with lab instruments, develop FPGA test firmware and ATE support, and collaborate with multidisciplinary teams from requirements through production.

As a Senior/Principal Engine Systems Engineer, you will oversee the development, testing, and operation of the Archimedes Engine for the Neutron rocket program, ensuring reliability and operational readiness while collaborating with cross-functional teams.

The Senior/Principal Propulsion Engineer will lead the development, testing, and operation of the Archimedes Engine for the Neutron rocket, ensuring operational readiness and cross-functional collaboration.

Coordinate production work order fulfillment within MRP, release kit requests to inventory, prioritize and expedite subassemblies, clear production blockers (tickets, part shortages, yield issues), and collaborate cross-functionally to meet integration timelines and production deadlines.

Lead and execute spacecraft integration and test campaigns: define requirements and V&V plans, develop acceptance/qualification/R&D test plans, operate environmental test systems, maintain GSE, interface with test and flight software, investigate anomalies, and work with hardware-in-the-loop systems to validate spacecraft subsystems.

The Marine Engineer will design and develop recovery assets for the Neutron Recovery program, ensuring successful implementation for testing and flight operations. This includes leadership in technical design and collaboration with engineering teams.