Delivered custom Linux BSP optimization and low-latency graphical user interfaces for contactless health monitoring hardware deployed in hospital wards and ICU settings.

Engineered a customized Linux BSP for NXP i.MX processors; optimized boot sequencing, memory layouts, and device-tree timings for micro-vibration ballistocardiography sensing.

Architected real-time patient vital monitoring displays in Qt and C++ with deterministic rendering pipelines, local SQLite data persistence, and robust server synchronization under fluctuating Wi-Fi links.

Implemented fail-safe watchdog circuits and kernel health checks guaranteeing 24/7 continuous operation without UI freezes or data dropouts.