I am an accomplished hardware engineer with a rich background spanning over 8 years, during which I have honed my expertise in various facets of hardware development.
My proficiency extends to microcontroller coding, where I have accumulated extensive experience working with a diverse range of microcontrollers, including STM32, Arduino, ESP32.ESP8266 ,nrf52832, PIC MCUs, among others.
Recently i completed a soil nutation testing sensor system (iot based), and I also have an IoT cloud server with MQTT protocol.
In the realm of circuit design, I have demonstrated my skills in crafting intricate and efficient circuits. My proficiency in product designing and manufacturing reflects a comprehensive understanding of the hardware development lifecycle.
A significant portion of my career has been dedicated to the exciting domains of drone and robotics making. I have successfully contributed to the creation of unmanned aerial vehicles, leveraging my knowledge in drone hardware manufacturing. This experience extends to various software tools such as Cube IDE, Keil, Arduino IDE, and Proteus, allowing me to seamlessly integrate software and hardware components for optimal performance.
Recently, I completed the hardware for a landing VTOL drone on a moving ship, a soil nutation testing sensor system.
My journey in the hardware engineering field has equipped me with a robust skill set, and I am enthusiastic about continuing to push the boundaries of innovation in the dynamic intersection of hardware, software, drones, and robotics.