Design and implement motor control electronics and control loops (BLDC and other topologies), including FPGA-based motor control architectures.

Define the architecture of PCBAs for GNC hardware devices, including power conversion, motor drive stages, signal conditioning, and communication interfaces.

Perform schematic capture and detailed circuit design for power and mixed-signal boards.

Design multi-layer PCB layouts (including mixed-signals, DC-DC converters, H-bridge drivers, and current control loops) taking into account EMC, thermal management, and space-grade constraints.

Select and qualify PCBAs for space applications (radiation tolerance, derating, thermal, outgassing).

Produce thorough design documentation: schematics, BOMs, design justification files, and interface control documents.

Bring up prototype boards: power-on sequencing, functional verification, anomaly investigation and resolution.

Support test campaigns, including test board design, instrumentation, and data analysis.

Collaborate with the mechanical and test teams on integration, harnessing, and thermal interfaces.

Support environmental qualification activities (vibration, thermal, EMC).

Hands-on experience with FPGA-based motor control (control logic implementation, sensor interfacing).

Familiarity with common spacecraft communication interfaces: SPI, I²C, UART, CAN, RS-422/485.Previous experience in the space, aerospace, or defense industry.

Space experience is a plus but not mandatory.