AgroSense
Electronic development of Low-cost instrumentation systems for remote supervision, control tasks and smart irrigation This project involved the development of a prototype remote sensing station designed for agricultural applications, featuring energy and computational autonomy. The station utilizes an embedded system powered by batteries, which are supplemented by a solar panel, ensuring continuous operation. It is equipped with various sensors, including air temperature, soil temperature, relative humidity, soil moisture, and solar radiation sensors. The system continuously stores and transmits data through a 3G communication module.
My role in this project encompassed the entire system’s conception, electronic design, and the development of the firmware. The firmware was responsible for managing both the system’s energy resources and data processing tasks.
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