On February 18, 2026, 3rd-year students at the Department of Radio Engineering and Telecommunications implemented the “Smart Home” educational and scientific project, supervised by faculty members E.M. Almetova and B. Khabibollaqyzy. The project involved developing an intelligent system on the Arduino Uno platform using sensor modules and automated control algorithms.
The system provides real-time digital monitoring and management of household infrastructure, including gas leak sensors, voice control, lighting control, and a door management module, with the added capability of remote surveillance. The engineering logic was built on the principle of “sensing – signal processing – control action – feedback,” allowing for rational resource consumption, reduced energy costs, and minimized environmental risks.
This project directly addresses the goals of SDG 12: rational use of resources, waste reduction, and fostering a culture of responsible consumption. In an educational context, the initiative develops students’ competencies in microcontroller programming, IoT system design, and public defense of engineering solutions.
The implementation of “Smart Home” demonstrates the successful integration of digital technology, engineering design, and environmental responsibility. It prepares future specialists to create systems that enhance resource efficiency and minimize environmental impact.
