At BlueBlocks Montessori, we believe children are not just preparing for the future—they are already shaping it. Our Space Lab is a living expression of that belief: a dedicated environment where adolescents explore the mysteries of the universe through hands-on, real-world scientific inquiry.
Rooted in the Montessori principles of freedom with responsibility, self-directed learning, and cosmic education, the Space Lab empowers students to ask big questions, build meaningful projects, and connect classroom knowledge with the universe beyond.
Through the Space Lab and CubeSat program, we aim to nurture a generation of curious, capable, and compassionate explorers—children who not only dream of the stars, but know how to reach them. This is what it means to be a Montessori school for the space age.
Media Mentions
The BlueBlocks Space Program
Our space program is designed for students aged 12 to 18, integrating astronomy, physics, engineering, design, and biomimicry into a powerful, interdisciplinary experience. The journey begins with curiosity and exploration—understanding how planets move, how stars are born, and how humans survive in space.
From there, students build physical models, simulate satellite systems, work with drones and navigation tools, and design solutions inspired by nature’s engineering. They learn how to think like scientists, engineers, and astronauts—through observation, iteration, and collaboration.
The CubeSat Program
The CubeSat program is the culminating experience of the adolescent journey in the Space Lab. In collaboration with Take Me 2 Space, students are now designing and preparing to launch a real satellite into low Earth orbit.
Equipped with sensors such as a gyroscope, accelerometer, magnetometer, radiation sensor, Geiger counter, and spectrometer, the CubeSat will allow students to conduct real research on motion in microgravity, Earth’s magnetic field, space radiation, and atmospheric properties.
What makes this mission truly historic is that it is student-led. Every design decision, experiment, and mission goal reflects the questions and ideas of the children themselves. This is not a simulation—this is real space science, conducted by adolescents who have grown up solving real-world problems through our innovation ecosystem.
