Qatar University (QU) has launched its first nanosatellite, QUbeSat1, marking a major milestone in applied education and national capacity-building in space science and technology. The project reflects over a decade of student-led research and infrastructure development, initially self-funded by QU and later supported by the Qatar Research, Development, and Innovation Council between 2020 and 2025. Additional backing was provided through a funding agreement with Es’hailSat, covering the satellite’s manufacturing, testing, and launch phases during 2025 and 2026.
QU stated that QUbeSat1 directly involves students, researchers, and faculty in satellite design, development, and operations, aligning with its strategy of experiential, student-centered learning. The initiative is positioned as the first step in a long-term program to develop and launch multiple nanosatellites in collaboration with national partners, aimed at building advanced scientific skills across Qatar and the wider region.
Technical Project Lead Dr. Tamer Khattab highlighted the importance of multidisciplinary collaboration, structured planning, and strong partnerships in delivering such complex projects. He noted that QUbeSat1’s primary scientific mission is Earth observation using an imaging payload camera, supported by an attitude determination and control system. Designed as a 1U CubeSat, the satellite also serves as an educational platform, providing hands-on experience in spacecraft engineering, satellite communications, and mission operations through QU’s dedicated ground station.
