The SpaceTech Innovation Immersion offers a hands-on experience in space technology, guiding students through satellite systems and real-world applications.
4 intensive sessions, 2 hours each
Maximum 12 students
14-21 years
Lead industry mentor plus dedicated assistant facilitator
None – designed for all skill levels
July 31, August 7, 14, 21
6:00PM - 8:00PM GST
Students explore space technology through interactive demonstrations and real-world case studies of GCC initiatives like UAE’s Mars mission and Saudi Arabia’s satellite projects. An immersive Google Earth tour showcases satellite imagery of regional cities, helping participants understand how space technology impacts daily life. These case studies put students in the shoes of space innovators, building foundations for their own prototype development.
Teams examine real-world GCC challenges using satellite imagery tools like Google Earth and EO Browser. Through case study analysis, participants identify problems such as water management, logistics, and education access. This phase puts students in the mindset of regional problem-solvers, understanding they’ll develop prototype solutions that demonstrate feasibility rather than fully developed products.
Teams develop space-enabled prototype concepts using collaborative templates and sketching tools. Drawing inspiration from earlier case studies, students define user needs and design early-stage prototypes that leverage satellite capabilities. This creative phase transforms knowledge into tangible prototype development, focusing on proof-of-concept models rather than market-ready products.
Teams share their prototype concepts through collaborative presentations, following the example of successful GCC space innovators they studied. Students articulate their challenge analysis, explain their space technology approach, and demonstrate how their prototype addresses real-world problems. This final phase builds communication skills while creating portfolio-worthy work that celebrates diverse approaches to early-stage innovation.
Fees $1,050.00 & only 12 Seats left!
Led by Charu Verma, Senior Product Manager at SES Satellites (one of the world’s leading satellite operators), this Project provides direct access to professional expertise in satellite technology applications, space-based communications systems, and global telecommunications infrastructure. With an MBA from Nanyang Business School and engineering background in Mechatronics, Robotics, and Automation, Charu brings invaluable insights from driving transformative innovations in video distribution over satellite, IP, and cloud platforms.
An intensive four-session project where students explore satellite technology applications and develop prototypes for regional GCC challenges. Participants work with industry experts using satellite data and professional analysis tools to create comprehensive space technology proposals.
This program is designed for students aged 14-21 interested in space technology, engineering, environmental science, or technology applications. No prior aerospace experience is required – our approach introduces complex concepts in an accessible way while building technical understanding.
You’ll create a satellite technology prototype addressing real regional challenges such as water management, disaster monitoring, or telecommunications infrastructure, using satellite data and professional analysis methodologies.
Yes, all participants who successfully complete the program receive official documentation and can use their space technology solution work as portfolio assets for university applications, particularly valuable for engineering, physics, and technology programs.
No specialized technical knowledge is required. The Project is designed to introduce complex space technology concepts in an engaging, accessible way while building genuine technical understanding and analytical skills.
Concord Tower, 11th Floor – Al Sufouh,
Dubai Media City, Dubai – United Arab Emirates.
Contact Numbers
Email Address
Important Links
