This embedded systems engineer brings a rare blend of firmware expertise and RTL design capability, with a career spanning aerospace, AI hardware, and open-source contributions. Their work has ranged from developing firmware for custom serial interfaces and STM32 microcontrollers to implementing micro-architectures in SystemVerilog for ASIC designs. With a strong foundation in C, C++, and Python, they’ve led board bring-up, device driver development, and debugging using oscilloscopes and logic analyzers. Their contributions to the Zephyr RTOS—particularly improving SPI drivers for STM32H7—reflect a commitment to collaborative, community-driven engineering.

Outside of their core roles, they’ve pursued personal projects in FPGA development and PCB design, including a RISC-V CPU implementation and BLE sensor boards. Their academic background in embedded systems and computer science is complemented by hands-on experience in satellite control systems, aviation firmware verification under DO-178C, and continuous integration workflows. Whether modeling RTL in C++ or soldering custom PCBs, they thrive at the intersection of hardware and software, always eager to collaborate across disciplines and push technical boundaries.

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