
Worked on Zephyr4Microchip/zephyr to deliver dual-bank flash support for STM32H7 boards, enabling reliable flashing of firmware images larger than 1 MB. Addressed the risk of image truncation by configuring DUAL_BANK in OpenOCD, allowing access to both flash banks and ensuring full-image write and verification, particularly validated with a 1.3 MB image on the nucleo_h7a3zi_q board. Demonstrated expertise in embedded systems and firmware development, focusing on OpenOCD configuration and STM32H7 hardware topology. Maintained clear documentation and commit hygiene, including Signed-off-by tags and descriptive messages, supporting maintainability and reproducibility for future development and deployment workflows.
May 2026 – Zephyr for STM32H7: Delivered dual-bank flash support enabling flashing images larger than 1 MB on STM32H7 boards by configuring DUAL_BANK in OpenOCD. Changes span two board configs (nucleo_h7a3zi_q and stm32h7b3i_dk) and are backed by hardware validation on nucleo_h7a3zi_q with a 1.3 MB image. This fixes the truncation risk when DUAL_BANK is not set and ensures full-image write/verify to bank 2, unlocking larger firmware deployments and reducing deployment risk. Demonstrated open-source hardware debugging techniques, STM32H7 topology understanding, and careful commit hygiene (Signed-off-by).
May 2026 – Zephyr for STM32H7: Delivered dual-bank flash support enabling flashing images larger than 1 MB on STM32H7 boards by configuring DUAL_BANK in OpenOCD. Changes span two board configs (nucleo_h7a3zi_q and stm32h7b3i_dk) and are backed by hardware validation on nucleo_h7a3zi_q with a 1.3 MB image. This fixes the truncation risk when DUAL_BANK is not set and ensures full-image write/verify to bank 2, unlocking larger firmware deployments and reducing deployment risk. Demonstrated open-source hardware debugging techniques, STM32H7 topology understanding, and careful commit hygiene (Signed-off-by).

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