Radio Astronomy Project Overview
An educational and research radio astronomy platform combining a 5 m parabolic reflector, software-defined radio, signal processing, calibration, sky observations, and Galactic hydrogen-line analysis.
Telescope System
This overview summarizes the project at a glance: what it is, how the engineering platform works, what scientific observations it supports, how the system evolved, and where to continue into the full lecture, data, software, publication, and Arabic resources.
Later project material also documents moving-telescope development, integrated control, calibration, survey work, and a growing educational portal. These later states extend the published fixed-system work rather than contradicting it.
Engineering to Science
The conceptual endpoint is the H I brightness-temperature data product (\(T_B(\alpha,\delta,v_{\mathrm{LSR}})\)), connecting signal processing to sky coordinates and velocity.
Portal Map
The hub summarizes and directs. The lecture remains the detailed educational layer.
Timeline, telescope system, pointing concept, and links into selected lecture anchors.
Open project storyScientific result summaries using real project lecture imagery and carefully marked publication context.
View resultsFull citation, DOI, BibTeX, and publisher link for the 2025 IEEE Antennas and Propagation Magazine paper.
Read publication entryProject software for telescope control, acquisition, H I analysis, and visualization will be shared as it becomes publicly available.
View software areaProcessing levels and future dataset metadata fields for scientific observations.
View data planThe stable educational lecture with slide images, navigation, interpretations, and KaTeX equations.
Open lectureبالعربية
Arabic readers can access a formal project overview and an accessible feature story.