Space Innovation Camp is an organization dedicated to promoting STEM+C education in Bangladesh. Our goal is to inspire and educate the next generation of scientists and innovators by providing hands-on learning experiences in Science, Technology, Engineering, Math, and Computing. We believe that STEM+C education is crucial for children to develop the skills needed to become creative thinkers and problem solvers, preparing them for future careers in these dynamic fields.
Over the years, Space Innovation Camp has been at the forefront of promoting youth engagement in Aviation, Space Science, Robotics, and related fields. Our programs, including Space Innovation Camp, Space Innovation Summit, Robot Banai, Space Apps Next Gen, Telescope Making Workshop, Aviation Challenge Bangladesh, Rocket Making Workshop, Space Robotics Workshop, and the Space Exploration Olympiad, have successfully inspired and educated thousands of children across Bangladesh.
Rocket Adventure Day is an immersive, hands-on event that introduces young minds to the exciting world of rocket science and space exploration. Designed for various age groups, this program offers tailored workshops where kids can craft and create their own model rockets, explore advanced design elements, engage in collaborative building and launch experiments, and even delve into computer simulations to predict rocket trajectories. From playful, creative activities for the youngest explorers to sophisticated technical challenges for budding engineers, Rocket Adventure Day combines fun with STEM learning, inspiring a lifelong passion for innovation and discovery.
Young explorers aged 4–6 craft simple model water rockets using safe, colorful materials and launch them with a water foot pump, developing fine motor skills and sparking early space curiosity.
Young rocketeers aged 7–9 use interactive kits to build model water rockets. They learn key components—nose cones, fins, thrust, and drag—through hands-on construction and mini launches, fostering teamwork and curiosity.
Participants aged 10–12 collaborate using advanced kits to build model water rockets. They explore aerodynamics, propulsion, and stability through guided experiments and outdoor launches, learning how design choices impact performance. The team will also conduct research on "Solving the Rocket Fuel Challenge for Mars Exploration.
Advanced participants aged 13–16 design model water rockets with computer simulations and advanced kits. They analyze thrust-to-weight ratios, fluid dynamics, and materials science, optimizing designs through hands-on launch experiments. The team will also conduct research on "Solving the Rocket Fuel Challenge for Mars Exploration.