Projects – Embedded Systems & Linux Platforms
Portfolio of selected projects spanning embedded C++, Linux/Yocto BSP development, real-time firmware, and IoT/medical devices.
👋 Welcome to my project portfolio.
Here you’ll find a curated selection of my professional work in embedded systems, Linux/Yocto BSP development, real-time firmware, and IoT / medical devices — a technical showcase demonstrating end-to-end delivery: from hardware bring-up and board support packages, through modular C++ architectures and real-time firmware, to production-grade embedded systems ready for deployment.
These projects highlight key areas of my expertise:
- Low-level bring-up of custom boards and peripherals (SPI, I²C, GPIO, ADC/DAC, PMICs)
- RTOS development with deterministic task scheduling (Zephyr, FreeRTOS)
- Embedded Linux: Yocto-based BSPs, kernel drivers, device trees, and middleware
- System integration: combining microcontrollers, RTOS, and Linux SoCs for complete products
- Bootloader & firmware update mechanisms for safe field upgrades (FOTA)
- User-facing tools & SDKs — Python automation, GUIs for test and control
My contact details are:
EEG Signal Generator – Standalone Embedded Hardware Device
Development of a complete PSoC5-based embedded system that replays EEG recordings from SD card as precise analog signals, with custom bootloader, jitter-free playback, Python SDK over UART, and a certified GUI.
Pressure Ulcer Monitoring System
Development of a medical system for pressure ulcer monitoring, featuring an IMX6 platform, MIPI camera, touch screen, and custom embedded Linux bring-up.
Alyn Rehabilitation Medical Device Project
End-to-end development of an embedded C++ system for assistive medical technology at Alyn hospital, including RTOS-based firmware, sensor integration, and clinical prototyping.