My first PCB was this charging board, designed to manage battery charging and power distribution for a small system. I learned layout fundamentals, component selection, and how to keep high-current paths short and well-connected. This board gave me the foundation for the more complex designs that followed.
The Power Distribution Unit (PDU) PCB consolidates and switches power for the vehicle's low-voltage systems. I led the schematic and layout, including fuse placement, current sensing, and robust grounding so each subsystem gets clean, protected power.
The BMS (Battery Management System) core handles cell monitoring, balancing, and safety limits for the accumulator. I was responsible for the analog front-end and communication interface so the rest of the stack can read pack state and enforce limits reliably.
The new charging board schematic improves on the first design with better protection, clearer current paths, and a more modular layout. This revision supports higher charge rates and integrates status and fault reporting for easier debugging and operation.
I am happy to talk to you about any of my projects, or even if you think I can
answer some questions to help you on your own, I am more than happy to help