Page 15 - Demo

In March 2024, two projects proposed by Spektrum SC, were accepted for further founding. The first one involves building a radio telescope and its necessary infrastructure, including a programmable component to acquire and analyze the received signal. It is aimed at observing the Sun by capturing electromagnetic waves to monitor solar activity. The signal acquired form antenna will be transmitted via a fiber optic cable to a software-defined radio receiver, offering flexible adjustments of radio frequency parameters. This system will utilize Python-developed software for signal analysis and data visualization. The project's potential expansions include increasing the observable spectrum, remote system control, and creating a neural network for detecting cosmic anomalies.The second project “Spectrum Communications” is designed to enhance students' networking skills by setting up an autonomous system (AS) node for global internet traffic exchange within the Spektrum SC. Students will access two independent traffic exchange nodes, facilitating advanced configuration testing and will gain practical experience in configuring real-world internet infrastructure components.In December 2024, our team began a project to build a student radio telescope, the goal of which is to observe radio signals from space. The instrument will enable radio astronomy research and develop students' skills in electronics, programming, signal analysis, and measurement system design.The radio telescope's primary observational objective is to detect neutral hydrogen emissions at a wavelength of 21 cm (approximately 1420 MHz), which allows us to study the distribution of matter in the Milky Way and the motion of gas within galaxies. In September 2025, the radio telescope was installed on the roof of the Faculty of Computing and Telecommunications building, where it was integrated with the infrastructure and the first field tests were conducted. Further work is currently underway on software development, auto mation of observations and analysis of radio signals.