Arsath Prabu

I have 1–3 years of hands-on experience in embedded systems, robotics, and IoT-based product development, with strong expertise in Embedded C/C++, Arduino, ESP32/ESP8266, sensor integration, and motor control. Currently, I am working as an Embedded Robotics Engineer, where I design, develop, test, and debug embedded and robotic systems for real-world applications. My work involves firmware development, sensor interfacing, motor driver control, hardware debugging, and system integration for automation and monitoring solutions. I have built multiple working prototypes including wearable health monitoring devices, IoT web-server based systems, environmental safety systems, and robotic platforms. I have experience working with communication protocols such as UART, I2C, and SPI, as well as IoT technologies including WiFi, MQTT, GSM, and GPS. I am also familiar with power management concepts using Li-ion batteries and TP4056 charging modules, and I maintain clear technical documentation such as block diagrams, schematics, and test reports. Previously, I worked as a Quality Assurance Engineer, which strengthened my analytical thinking, debugging approach, and system validation skills—abilities that I now apply effectively in embedded firmware testing and robotics R&D; environments. I am highly motivated to contribute to an engineering-driven team and am eager to apply my embedded and robotics skills to develop reliable, scalable, and innovative products. I would welcome the opportunity to discuss how my technical background aligns with your project and product requirements.

I am writing to apply for the IOT developer/ Embedded Robotics Engineer position at your organization. I have 1–3 years of hands-on experience in embedded systems, robotics, and IoT-based product development, with strong expertise in Embedded C/C++, Arduino, ESP32/ESP8266, sensor integration, and motor control. Currently, I am working as an Embedded Robotics Engineer, where I design, develop, test, and debug embedded and robotic systems for real-world applications. My work involves firmware development, sensor interfacing, motor driver control, hardware debugging, and system integration for automation and monitoring solutions. I have built multiple working prototypes including wearable health monitoring devices, IoT web-server based systems, environmental safety systems, and robotic platforms. I have experience working with communication protocols such as UART, I2C, and SPI, as well as IoT technologies including WiFi, MQTT, GSM, and GPS. I am also familiar with power management concepts using Li-ion batteries and TP4056 charging modules, and I maintain clear technical documentation such as block diagrams, schematics, and test reports. Previously, I worked as a Quality Assurance Engineer, which strengthened my analytical thinking, debugging approach, and system validation skills—abilities that I now apply effectively in embedded firmware testing and robotics R&D; environments. I am highly motivated to contribute to an engineering-driven team and am eager to apply my embedded and robotics skills to develop reliable, scalable, and innovative products. I would welcome the opportunity to discuss how my technical background aligns with your project and product requirements. 

BE CSE in Mahalaksmi Engineering College trichy.