I am a technology enthusiast with a strong foundation in embedded systems and robotics programming, leveraging my computer science background and full-stack development expertise to create intelligent automated solutions. My experience with IoT integration in healthcare projects has given me hands-on knowledge of working with Arduino and Raspberry Pi platforms, where I've developed sensor-based monitoring systems that collect real-time data from medical devices and transmit it through wireless protocols. I specialize in programming microcontrollers using C/C++ for Arduino environments and Python for Raspberry Pi applications, creating everything from simple automation scripts to complex robotic control systems that integrate with web-based dashboards for remote monitoring and control. My proficiency in real-time systems, gained through developing WebRTC communication platforms and high-performance web applications, translates seamlessly into robotics where precise timing and sensor coordination are critical. I excel at bridging the gap between hardware and software by developing custom APIs that allow robotic systems to communicate with cloud services, enabling features like remote robot control through web interfaces, data logging to databases, and integration with mobile applications. Whether it's building autonomous navigation systems, sensor fusion algorithms, or creating IoT ecosystems that combine multiple robotic units with centralized control systems, I bring a unique perspective that combines embedded programming expertise with modern web technologies to create comprehensive robotic solutions that are both technically sophisticated and user-friendly.