I am an Embedded Systems & IoT Engineer dedicated to designing intelligent, real-time systems that bridge the physical and digital worlds. With a strong foundation in low-level programming and telecommunications, I specialize in architecting deterministic, power-efficient solutions for complex hardware environments. My work focuses on optimizing system performance, ensuring reliability in critical applications, and pushing the boundaries of connectivity technologies.
- Real-Time Systems Architecture: Advanced proficiency in RTOS frameworks, interrupt handling, and designing for deterministic behavior in mission-critical applications.
- Low-Level Implementation: Expertise in direct hardware interfacing, driver development, and bare-metal programming with minimal abstraction overhead.
- Hardware/Software Integration: Strategic approach to system integration, board bring-up, and rigorous testing methodologies to ensure seamless operation.
- Power Optimization: Proven track record in developing energy-efficient architectures for battery-constrained IoT devices.
- Wireless Communications: In-depth knowledge of cellular (LTE/5G/NTN) and short-range (Bluetooth/WiFi) communication protocols and stack integration.
| Project | Description | Technologies |
|---|---|---|
| Sierra LTE 5G Flasher | Advanced tool for flashing and configuring Sierra Wireless LTE and 5G modules. Enables seamless firmware updates and module configuration for telecom applications. | C++, AT Commands, LTE/5G, Hardware Interfacing |
| IoT Sensor Habitat Tracker | Comprehensive environmental monitoring system using STM32 microcontrollers for habitat tracking and analysis. Features low-power operation and robust data collection. | C, STM32, IoT, Sensors, RTOS |
| Intelligent Parking System | Smart parking management solution with automated detection and monitoring capabilities. Optimizes parking space utilization and enhances user experience. | C++, Embedded Systems, Sensors, IoT |
| μAT | Lightweight AT command processor for embedded communication systems. Enables efficient command handling for cellular modules with minimal resource footprint. | C, AT Commands, Communications |
| RTOS Dispatcher RT | Real-time scheduling and dispatching system for critical applications. Features deterministic behavior and comprehensive hardware interfacing. | C, RTOS, STM32F7, Real-time Processing |
⚡ "Precision in every byte, performance in every millisecond."