
Christopher Kim developed the foundational KiCad project framework for the 2026 Precharge Board within the SCFormulaElectric/USC-Electrical-Systems repository. He established both schematic and PCB layout scaffolding, defining standard components and connections to support iterative hardware design for the next precharge system. Using his expertise in electronics engineering, PCB design, and schematic capture, Christopher’s work enables faster design cycles and improved traceability for future board revisions. The initial project structure provides a clear baseline for subsequent development, ensuring that future iterations can build upon a consistent and well-organized foundation. This work focused on depth and maintainability over breadth.

October 2025 monthly summary for USC-Electrical-Systems (SCFormulaElectric). Delivered foundational KiCad project framework for the 2026 Precharge Board, including schematic and PCB layout scaffolding to support the next iteration of the precharge system. This work establishes standard components/connections, enabling faster design cycles and improved traceability for hardware iterations.
October 2025 monthly summary for USC-Electrical-Systems (SCFormulaElectric). Delivered foundational KiCad project framework for the 2026 Precharge Board, including schematic and PCB layout scaffolding to support the next iteration of the precharge system. This work establishes standard components/connections, enabling faster design cycles and improved traceability for hardware iterations.
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