NGUYEN TIEN NGHIEP

Engineered and maintained a custom Yocto-based Linux distribution, ensuring system stability and performance for critical embedded applications.

Designed and implemented FreeRTOS firmware for PID sensors and LED modules, enhancing device functionality and control.

Authored custom device drivers and configurations for ADC, UART, I2C, SPI, and SDIO peripherals, enabling seamless hardware-software interaction.

Spearheaded the development and maintenance of secure boot and lock chip processes, achieving 100% secure device deployment from the factory.

Implemented a robust OTA firmware update mechanism leveraging RAUC and U-Boot scripts, streamlining remote device updates.

Optimized system performance through extensive profiling, reducing device boot time by 35%.

Collaborated cross-functionally with Electrical Engineering, Quality Assurance, and DevOps teams, ensuring cohesive product development and deployment.

Designed and implemented synchronous configuration for mesh Wi-Fi systems via MQTT, ensuring all nodes achieved consistent configurations within 15 seconds.

Engineered a VPN network within a Wi-Fi router, providing centralized VPN protection to all connected devices without individual client installations.

Integrated Matter network protocols with Wi-Fi and Thread IoT devices, successfully preparing for a CES2023 demonstration.

Developed a comprehensive testbed and automated test suite for IPC and ICU drivers, reducing manual testing time by 80%.

Contributed to the ASEAN BMI hackathon, developing business models for innovative products that reduced prototype time by 3 months and innovation costs by 30%.