From designing custom PCBs in KiCad to programming real-time embedded control systems for autonomous robotics, I specialize in the full lifecycle of intelligent hardware.
My background as an AI and Robotics developer has been defined by a "phygital" approach—creating seamless integration between sophisticated software and robust firmware.

I am eager to bring my expertise in Embedded C++, Python, and IoT architecture to your development team.

My technical highlights include:
Firmware & Hardware Design: Engineered the "CyberPhone," a custom mobile device using a dual-microcontroller architecture (ESP32 and STM32) to manage core telecommunications and external sensor processing.

Embedded Control Systems: Developed the firmware for a Smart Automated Chess Board, integrating sensor arrays for piece detection and motor control to translate digital moves into hardware actions.

Protocol Innovation: Implemented long-range NRF communication (up to 15 km) and experimental LiFi modules for bidirectional data transmission using light.

Integrated AI & IoT: Built an AI-powered robotic assistant that utilizes voice-based command processing and real-time sensor data for autonomous task execution.
With a B.Tech in AI and Machine Learning and hands-on experience in Linux, RTOS environments (ROS2), and various MCU IDEs, I possess the technical versatility to develop stable, scalable firmware.

I am a self-driven problem solver—demonstrated by my transition from a solo founder to an industry-ready engineer—and I am ready to contribute to your next generation of connected devices.