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Led the dynamometer subteam overseeing firmware, PCB design, and system integration, providing the powertrain team with reliable, high-resolution test data that guided design improvements and enhanced overall drivetrain efficiency..
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Developed STM32H7-based firmware integrating multiple high-precision torque and RPM sensors with full calibration and filtering pipelines, enabling accurate detection of subtle performance changes in motor behavior.
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Implemented a FreeRTOS-based architecture using tasks, queues, locks, and interrupt callbacks to ensure efficient concurrency, minimizing latency between sensor reads, display updates, and logging operations.
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Designed a flexible data management and interface system supporting both USB and SD card logging, with an intuitive LCD menu (compatible with two different display modules) for live monitoring and post-processing of performance data.