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The Principal Integration & Test Engineer will develop vehicle test standards, operate spacecraft during tests, mentor team members, manage customer interfaces, and lead qualification campaigns.

The Principal Mechanical Engineer will design, analyze, and test mechanical structures for satellites, leading projects from concept to qualification.

Develop and verify software for spacecraft control systems, implementing architecture for real-time performance and fault tolerance. Contribute to mission-critical code execution on large spacecraft for various subsystems and ensure reliable software operation through testing and integration.

Lead FPGA prototyping and silicon bring-up for next-generation communications ASICs. Develop FPGA platforms, support first-silicon debug and validation, build automated test infrastructure, validate high-speed digital interfaces, create traffic generators and protocol checkers, and collaborate with ASIC, firmware, software, systems, and DFT teams to accelerate product development.

Own FPGA prototyping and silicon bring-up for next-generation communications ASICs. Build FPGA-based platforms, support first-silicon debug, validate high-speed interfaces, develop automated test infrastructure, and collaborate across ASIC, firmware, software, and systems teams.

Lead mechanical design, development, testing, and analysis for a high-power electric propulsion system. Define requirements, produce 3D models and drawings, execute test plans, manage vendors, iterate prototypes, and deliver qualified flight hardware through production and flight.

Lead development and execution of avionics and high-power electric propulsion test programs, design and fabricate test hardware and harnessing, develop test automation and drivers, run environmental and hot-fire tests, analyze results, troubleshoot anomalies, and manage acceptance testing and test assets to deliver flight avionics at production scale.

Design, implement, verify, and support FPGA firmware for spacecraft subsystems including networking, RF, power, and real-time control. Develop RTL (VHDL/SystemVerilog), validate with simulation and hardware-in-the-loop, support integration/testing, and build tools/infrastructure for reliable, high-speed FPGA solutions across the vehicle.

Design, implement, and verify flight software for high-power satellites using Rust or C/C++. Build real-time, fault-tolerant control systems, drivers for microcontrollers and sensors, state machines, CI/CD tooling, and test infrastructure including hardware-in-the-loop. Support integration, testing, anomaly investigation, and on-orbit operations.

The Senior Ground Software Engineer will design and implement software for satellite operations, collaborate with internal teams, and mentor engineers. Responsibilities include facilitating software reviews and supporting customers during ground tests and satellite operations.