
Carter contributed to the umrover/mrover-electrical repository by enhancing hardware design and documentation to improve manufacturing readiness and debugging efficiency. He exposed CAN transceiver schematic ports, enabling direct hardware diagnostics and future system integration. Carter added MCU debug LEDs, providing on-board visual feedback to accelerate fault isolation. He fixed science board footprint errors and updated schematic documentation, ensuring reliable component connections for production. Using skills in PCB Design, Schematic Capture, and Embedded Systems, Carter released updated PCB design assets and managed JLC library updates to support new hardware iterations. His work demonstrated thorough attention to both design detail and production reliability.

November 2024 monthly summary focused on hardware design and documentation improvements for the umrover/mrover-electrical repo. Delivered several core features to improve hardware visibility, debugging, and manufacturing readiness, while fixing critical schematic issues to reduce production risk and enable faster fault isolation.
November 2024 monthly summary focused on hardware design and documentation improvements for the umrover/mrover-electrical repo. Delivered several core features to improve hardware visibility, debugging, and manufacturing readiness, while fixing critical schematic issues to reduce production risk and enable faster fault isolation.
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