The Ultimate Space Day School Circuit

Workshop Information

Designed for primary school students, this circuit invites children to dive into a series of captivating stations, each offering a unique insight into the wonders of space and space technology. HANDS ON ACTIVITIES Station 1: Kinetic Energy Alien Robot Circuit At the outset of their journey, children enhance their engineering skills by building kinetic energy alien robots from household items and rubber bands. These robots, capable of drawing, provide a hands-on lesson in the principles of kinetic energy and design engineering, fostering creativity and technical understanding. Station 2: Solar-Powered Robotics Race Harnessing the power of the sun, children engage in an exhilarating robotics race with solar-powered robots. Equipped with torches emitting intense light, participants explore renewable energy applications in robotics technology while competing in an adrenaline-fuelled race. Station 3: Geodesic Dome Exploration and Constellation Projectors Exploring architectural marvels, children venture inside a geodesic dome constructed from 2D shapes. Inside, they marvel at projections of galaxies, nebulas, constellations, and stars, deepening their understanding of geometry and astronomy. They then craft their own constellation projectors, reinforcing astronomical concepts through creative design. Station 4: Moon Buggy Stunt Cars and Electric Car Maneuvering Navigating lunar landscapes, participants pilot remote-controlled moon buggies and mini electric cars, executing daring stunts and mastering precision driving. These activities develop teamwork and coordination skills, while offering insights into electric-powered vehicle mechanics. Station 5: Centrifuge Experiment and Hydroponic Bean Growth Transitioning to biology, children conduct a centrifuge experiment to explore the effects of centrifugal force on tomato seeds. Simulating space travel conditions, they document alterations in seed germination post-experimentation. Additionally, participants explore hydroponic methods by planting beans in test tubes and observing growth, promoting scientific inquiry and agricultural understanding. Station 6: Microgravity Simulation and Drop Tower Analysis In a simulation of microgravity, children observe weightlessness effects on objects dropped in a tower. Analyzing drop tower experiments, participants gain insights into gravitational physics and astronaut challenges in orbit, crucial for understanding space technology and its development. Station 7: Solar Sail Mode