MISSION ACTIVITIES LOG
Your astronaut-in-training will get hands-on experience across space science and engineering by tackling these missions:
Build a Solar System to Scale
Walk Like an Astronaut on the Moon
Make a Hydro-Powered Elevator Rise
Land a Spacecraft Safely on Sand
Build a Solar System to Scale
Walk Like an Astronaut on the Moon
Make a Hydro-Powered Elevator Rise
Land a Spacecraft Safely on Sand
Control Robots with Your Hands
Code Your Own Al Game
Program and Fly Real Drones
Become Part of a Human Electric Circuit
Control Robots with Your Hands
Code Your Own Al Game
Program and Fly Real Drones
Become Part of a Human Electric Circuit
Build a Solar System to Scale
Walk Like an Astronaut on the Moon
... and much MORE!
Build a Solar System to Scale
Walk Like an Astronaut on the Moon
... and much MORE!
SENIORS (Ages 11–14) | JUNIORS (Ages 6–10) |
| 1. Making Solar System on Scale - Understand planetary distances, rotations, and orbital mechanics through physical simulation; learn about proportions and scale modeling. | 1. Making a Piano using Squishy Circuits - Students build their own mini piano using conductive dough and basic circuitry — a fun introduction to electricity and sound. |
| 2. Moon Walk - Experience the concept of gravity and reduced gravitational force on the Moon; relate physics of motion and balance in low-gravity environments. | 2. Vinci Football Challenge - A creative tech-meets-sports activity where children design and play with Vinci robotic football systems. |
| 3. Phases of Moon - Learn how sunlight and the Moon’s orbit around Earth cause visible lunar phases using a hands-on electronic paper craft model. | 3. Navigation Map Making with Vinci - Kids learn how navigation systems work by building their own simple maps and guiding Vinci robots through them. |
| 4. Making a Hydro-Powered Elevator - Explore hydraulics, pressure, and fluid mechanics; understand how liquid-based systems create mechanical motion. | 4. 3D Printing for space - Create real 3D-printed models inspired by space engineering. |
| 5. Soft-Landing of Spacecraft - Learn physics of impact, cushioning, and deceleration by designing safe landing mechanisms — mimicking real spacecraft landing techniques. | 5. Water Rocketry - An exciting outdoor experiment where children design, build, and launch water rockets, learning aerodynamics and pressure. |
| 6. Science Workshop on Gravity, Sound & Light - Discover the fundamentals of three core physical forces– gravitational pull, wave behavior in sound, and light reflection/refraction. | 6. Science Workshop on Electricity: Play With Circuits - A foundational workshop where children explore electric circuits, switches, motors, and how everyday electronics work. |
| 7. Making an AI-Powered Game - Learn the basics of Artificial Intelligence, decision logic, and coding by building an interactive game that “thinks” and responds. | 7. 3D Printing: Build Your Own Rocket - Students learn basic 3D modelling and print their own mini rocket models. |
| 8. Hand Gesture Robotics - Understand sensors, control systems, and signal processing; apply coding to operate robots using human gestures. | 8. Hot Air Balloon Experiment - Kids understand heat, air pressure, and lift by creating small hot air balloon prototypes. |
| 9. Programming a Drone - Learn drone anatomy, flight logic, and coding basics to automate drone movements; understand gyroscopic balance and GPS navigation. | 9. Space Habitat Design with LEGO Blocks - A creative STEM challenge where children design a lunar or Martian habitat using LEGO engineering concepts. |
| 10. Making a Human Electric Circuit - Explore the concept of conductivity using the human body; learn how electricity flows through different materials and biological tissues. | 10. Creating an Alien Language - A fun imagination-based workshop where kids invent symbols, alphabets, and communication codes like space explorers. |
| 11. Mars Rover Navigation (Mobile App + Assembly + Play) -
Students build a mini Mars Rover, connect it to a mobile app, and navigate mission-style challenges—learning robotics, sensors, and problem-solving through fun, game-like exploration.
| 11. Squishy Clay Modelling - A tactile activity that lets children sculpt clay creations while learning basic material science concepts. |
12. Bonus – STEM Escape Room & VR Experience to ISS - Apply problem-solving and teamwork in a science-themed escape challenge; experience International Space Station operations through immersive VR. | 12. VR Space Experience (Addon) + Astronaut Suit Trial + Optical Illusions - An immersive experience where students step into VR space missions, try a mock astronaut suit, and explore engaging illusions. |
MISSION TIMELINE
Season 1: Dec 8-19
Season 2: Dec 21-Dec 30
Morning: 9:30 AM – 12:30 PM
Afternoon: 1:00 PM – 4:00 PM
Locations -
1. Alif - The Mobility Pavilion, Expo City, Dubai &
2. Lab of Future - Al Karama
Free transport available from 40+ locations
MISSION TIMELINE
Season 1: Dec 8-19
Season 2: Dec 21-Dec 30
Morning: 9:30 AM – 12:30 PM
Afternoon: 1:00 PM – 4:00 PM
Locations -
1. Alif - The Mobility Pavilion, Expo City Dubai &
2. Lab of Future - Karama
Free transport available from 40+ locations.
