I am an Embedded Software Engineer with a strong background in real-time systems, biomedical signal processing, and microcontroller-based product development. I specialize in designing and implementing firmware for STM32 (Cortex-M) platforms using C/C++, FreeRTOS, and low-level driver development (HAL, LL, and bare-metal). With two Master’s degrees in Biomedical Engineering (Bioelectric) and Communications & Signal Processing, I bring a unique combination of algorithmic thinking, hardware understanding, and system-level engineering to embedded applications, especially in the biomedical domain.
- Real-time data acquisition and sensor integration (I²C, SPI, UART, CAN)
- Wireless communication (Bluetooth Low Energy - BLE) on embedded devices
- Embedded signal processing
- Low-power embedded design and MCU sleep strategies
- Architecting clean firmware using FreeRTOS, state machines, and modular design
Developing and refining a real-time biosignal monitoring system. Signals are filtered on-board and transmitted via BLE to an Android app for live visualization, logging, and basic analysis. Here are the main tools and technologies I work with:
