Innovations in space technology are developing every hour of every day. These innovations not only about scientific research but also propel commercial projects forward. Particularly, the miniaturization of space-operating devices—creating small, lightweight, but highly functional technologies —marks a revolutionary era in this field.
Azerbaijan is increasingly solidifying its position in space research. In recent years, significant steps in implementing national satellite programs, organizing innovation competitions, and developing education in Science, Technology, Engineering, and Mathematics have increased the younger generation’s interest in this area and accelerated technological advancement in the country.
It is important to note that the initiatives of the COSMIC Academy, operating under Azercosmos, are essential in this area. These initiatives do not just limit youths to theoretical knowledge but also direct them towards finding solutions to real global problems. Innovation competitions, scientific conferences, and technology exhibitions among school students create a conducive platform for presenting their ideas and gaining international recognition. At these events, students develop their projects and gain experience in engineering, programming, and research.
One of the peak achievements of these initiatives in 2025 will be the launch of a PocketQube picosatellite into space orbit via a SpaceX carrier rocket. This project, organized by the COSMIC Academy under the “Azerbaijan National Satellite Innovation Competition,” will be realized through the scientific research efforts of 7th to 9th-grade students and will further highlight the country’s achievements in space technologies.
PocketQube satellites were first launched into orbit in November 2013 through the UniSat-5 platform owned by Austria, and the launch included several mini-satellites such as WREN (Germany), T-LogoQube (USA), and QBScout-1 (Italy). This concept is not only a product of technological progress but also symbolizes the idea that space belongs to everyone.
The standard size of these satellites is 5x5x5 cm, and they weigh approximately 250 grams. They are made from robust materials like aluminum alloys and carbon composites, which ensure mechanical durability and thermal management.
These initiatives underscore the role of Azerbaijani school students in integrating into international space technologies, the significant impact of advanced technologies on education, and steps taken to enhance students’ digital literacy. Moreover, these projects encourage young people to form new local and international collaborations from their school years and apply theoretical knowledge in practical applications through complex projects.
