•Designed and implemented an IoT-based smart agricultural system for third-world countries, focusing on efficient resource utilization and data-driven decision-making. •Developed a centralized smart hub with automated tube well control, GPS navigation, and LoRaWAN-based data collection from field and weather sensors. •Integrated and calibrated weather sensors (temperature, humidity, wind speed, AQI) and soil sensors (NPK, salinity, EC, pH, soil temperature, and moisture) for real-time monitoring. •Configured LoRaWAN communication and SMS telemetry for seamless data transmission to central servers. •Worked on energy-efficient solutions powered by solar energy and rechargeable batteries. •Utilized ESP32, LoRaWAN modules, and GSM technology for optimized system performance. •Enabled farmers to monitor environmental and soil conditions through a centralized analytics platform. •Documented system designs, workflows, and processes for improved scalability and deployment.

- Design and implement software for embedded devices and systems from requirements to production and commercial deployment.- Conduct R&D to design and develop innovative IoT solutions (HOME AUTOMATION) using ESP32, Bluetooth mesh.- Design and implement software for embedded devices and systems from requirements to production and commercial deployment.- Conduct R&D to design and develop innovative IoT solutions (HOME AUTOMATION) using ESP32, Bluetooth mesh networks etc.- Prototype & develop small-scale wifi-controlled IoT products.- Design compact, efficient 2-layer PCBs (both through-hole and SMD) for various systems/applications.- Design, develop, code, test, and debug system software.- Review code and design.- Analyze and enhance the efficiency, stability, and scalability of system resources.- Proven experience in embedded systems design with preemptive, multitasking real-time operating systems.

During my internship, I played a significant role in the development of an IoT-based intelligent gate automation system using the ESP32 microcontroller. My primary focus was on designing the electronic controller responsible for managing the gate’s direction and speed. I successfully integrated sensors to enable automatic gate opening and closing. The project required the implementation of various control techniques, including IoT, RF remote, and physical buttons. Additionally, the system was seamlessly integrated with an IoT platform, providing remote monitoring and control capabilities.

During my internship, I gained valuable hands-on experience in MATLAB, specifically focusing on the functionalities of Radar. I immersed myself in understanding and applying various aspects of Radar signal processing, including the generation of Pulse train and mastering fundamental elements. This internship provided me with a solid foundation and comprehensive knowledge in Radar technology within the context of MATLAB.