The Space Destination Schools initiative brings the excitement of space education to students in remote and underserved regions of Pakistan through short-term, immersive learning camps held over two to three days. Hosted at selected schools, the program also invites students from surrounding schools and colleges to participate in a shared learning experience. Through engaging lectures, interactive workshops, and hands-on activities, students explore the fascinating realms of Astronomy, Earth Science, Aviation, Rocketry, and Satellite Technology. They build solar system models, design gliders and student satellites, launch water rockets, and observe the skies using telescopes and simulations.

The Space Destination Schools initiative has become a pioneering model for grassroots space education in Pakistan, inspiring curiosity and scientific thinking among students in remote and underserved areas. By transforming host schools into temporary space learning hubs, the program has created memorable learning experiences for over 2,000 students from 150+ schools across multiple regions. Its hands-on, inclusive approach continues to ignite young minds and lay the foundation for a future generation of space enthusiasts and innovators.

The Beaconhouse Notion of Academia (BNA) 2025, held from January 24–26 at Beaconhouse School System Margalla Campus, was featured as a Space Destination School through the collaboration and sponsorship of NCGSA. At the SciVenture exhibit, the Space Education Research Lab (SERL) showcased student satellites, quadcopters, and RC planes, alongside telescopy and stellar observation sessions that engaged students, teachers, and the public in exploring the night sky. SERL also conducted an Aerospace Module on Astronomy, Astrophysics, and Aerospace, where 60 students gained hands-on experience in astronomical data processing, balsa wood glider-making, and mini wind tunnel design.

The Space Education Research Lab (SERL) of NCGSA, in collaboration with STEMx, conducted a Space Destination School during the 2024 edition of STEMx, held from July 19–27, 2024 at NUST College of Electrical & Mechanical Engineering (CEME), Islamabad. STEMx redefines STEM by integrating science, technology, engineering, arts, and mathematics (STEAM) to inspire creativity and interdisciplinary learning. The 2024 edition offered participants a choice of multiple specialized domains, ranging from robotics, artificial intelligence, and sustainable engineering to satellite technology, demonstrating how STEM concepts connect with real-life applications through lectures, creative challenges, and multidisciplinary workshops.

Within the Satellite Engineering Stream, students were divided into groups of three and engaged in a five-day CanSat engineering challenge. They began with hands-on breadboard prototyping, advanced to veroboard-based designs, and ultimately integrated their electronics into custom-built can-shaped structures, showcasing both technical design and fabrication skills. Teams were evaluated on the functionality of their CanSat, the achievement of mission deliverables, and the knowledge gained throughout the process. By blending technical lectures with practical engineering tasks, SERL provided participants with authentic satellite development experience, furthering the mission of the Space Destination School to inspire young innovators in space science and technology.

The Space Destination School in Kalam was organized exclusively for 250 male students from over 30 schools and colleges across underserved regions of Northern Pakistan. Held in collaboration with the Directorate of Science and Technology, Khyber Pakhtunkhwa, the program transformed Kalam into a vibrant hub of space learning. Students immersed themselves in interactive lectures and hands-on activities, exploring astronomy, rocketry, aviation, and satellite technology. The initiative aimed to spark scientific curiosity and open up new horizons for students from some of the most remote areas in the country.

The Space Destination School in Bara Gali was dedicated to female students, welcoming 200 participants from more than 20 schools and colleges in underserved northern regions. Conducted in partnership with the Directorate of Science and Technology, Khyber Pakhtunkhwa, the camp provided a safe and empowering environment for young girls to explore the wonders of space. Through engaging lectures, telescope sessions, and creative model-building activities, the program encouraged greater female participation in STEM and nurtured future scientists and explorers.