Announcing SBB-2: Blue Blocks’ Next Student-Built Satellite Was Unveiled at AMI Congress 2026
On 12 January 2026, a satellite payload built by adolescents at our school in Hyderabad sat inside an ISRO rocket on the launchpad at Sriharikota. The countdown started. The rocket lifted. A few seconds later, the launch vehicle experienced an anomaly, and the cargo it carried — including SBB-1, our first student-built satellite — was […]
Why Educational Programs That Cannot Fail Are Not Educational
For most school innovation programs, the honest answer is no. It is structured by deadlines, by adult oversight, by pre-screened material lists, by exhibition formats designed for parental approval — to ensure that what the children produce is presentable. The risk of real failure has been engineered out before the children begin. An educational program […]
InnoVision 2050: Why a Century-Old Method is the Only Way to Prepare for an Unwritten Future
EDUCATION INSIGHT | Future of Learning | Blue Blocks InnoVision 2050: Why a Century-Old Method Is the Only Way to Prepare for an Unwritten Future If you ask a parent today what they fear most about their child’s education, the answer is rarely about math scores or reading levels. The real fear is obsolescence. How […]
Blue Blocks Students Secure Historic IN-SPACe Authorization; Payload Launches Successfully on PSLV-C62
NEWS UPDATE | Aerospace Education | Blue Blocks Blue Blocks Students Secure Historic IN-SPACe Authorization; Payload Launches Successfully on PSLV-C62 DATELINE: HYDERABAD / SRIHARIKOTA — In a landmark achievement for secondary education, the student engineering team at Blue Blocks Montessori School has successfully executed the launch of their proprietary satellite payload, the SBB-1, aboard the […]
STUDENT ENGINEERING PROJECT | Aerospace | Case Study
STUDENT ENGINEERING PROJECT | Aerospace | Case Study SBB-1 CubeSat Payload A student-engineered satellite payload developed by adolescents at Blue Blocks and certified to survive the conditions of space launch. Project Overview Student Age Group: Adolescents (12–16 years) Team Size: 17 Student Engineers Problem Solved: Designing a space-grade thermal sensor payload capable of surviving rocket […]