Makeblock Sea of Stars STEAM Space Courses (Original Vendor Certificate)
Introduction
Ignite your passion for science • Practice space missions
1. Build 4 space system models by yourself: Space Command Station • Spacecraft • Lunar Rover • Rocket Launch Center
2. Integrate interdisciplinary practice: Mechanical Engineering × Programming Learning × Data Analysis
3. Simulate multiple real space missions: Rocket Launch • Geological Sampling • Lunar Tour • Interstellar Data Transmission
Total Hour(s) of each course: 6 hours (4 Lessons)
Price: $1800 + Course Hardware Kit $980-1280 (Depend on which course)
Timetable
Space Station - Learn about the Multiple Functions of the Space Station
Date: 22/7/2025 to 25/7/2025 (From Tuesday to Friday)
Time: 12pm - 1:30pm
Rocket Launch Platform - Discover the Mysteries of Rocket Launches
Date: 12/8/2025 to 15/8/2025 (From Tuesday to Friday)
Time: 9:30am - 11am
Lunar Rover - Embark on a journey of Lunar Exploration
Date: 12/8/2025 to 15/8/2025 (From Tuesday to Friday)
Time: 2pm - 3:30pm
Shuttle - Discover the Shuttle's Technology and Abilities
Date: 26/8/2025 to 29/8/2025 (From Tuesday to Friday)
Time: 12pm - 1:30pm
Requirement of enrol
Target Audience: Primary School to Junior Secondary School Students
Highlights
Space Station
1. Introduce the achievements of China Space Station, learn the functions of the space station, and practice the programming of wireless message communication
2. Explore the threat of space debris to spacecraft safety and understand its principles and uses through the acquisition of sensor data
3. Learn about the space station's environmental control system and its impact on human health, and use light sensors to perform program control to improve practical skills
4. Introduce the energy acquisition method of the space station, then students will learn about light sensors and steering control to simulate the light-chasing effect of solar sails
Rocket Launch Platform
1. Build a launch platform and program a countdown simulation, learn the construction skills of wooden models and the basic operation of Cyberpi Go Kit
2. Understand the functions of the rocket launch tower, and learn the basic principles of the servo and programming of the sequential control process
3. Introduce the action and reaction force, use lights to simulate rocket launch, and learn the application of LED light control and program loop structure
4. Learn the concept of launch window, and simulate the rocket launch process through network synchronization time, and master the application of wireless network connection and data type
Lunar Rover
1. Learn the development stories of Chang'e-1 and Yutu Rover, stimulate interest in lunar exploration, and use Cyberpi Go Kit to control the lunar rover model and master the operation of the servo and motor
2. Introduce the operation of the lunar rover. Students will learn how to achieve remote control through Cyberpi Go Kit and improve their ability to analyze complex problems
3. Understand how scientists use data for experimental analysis, use the line similarity function of Cyberpi Go Kit to visualize data, and improve core literacy
4. Learn how to solve practical problems and develop hands-on and experimental skills; knowledge and skills include methods of using sensors and data to solve problems
Shuttle
1. Compare different rockets, learn the advantages of shuttles, and use CyberPi Go Kit to simulate fuel conditions
2. Introduce the basic knowledge of sensors and cultivate students' observation ability through practical tasks, so as to understand the impact of technology on life
3. Understand the automatic control technology during the return of the space shuttle, learn to use gyroscope data for posture adjustment, and improve data analysis capabilities
4. Analyze historical space shuttle accidents, then students will understand the importance of black boxes in locating the causes of accidents and learn checklist programming
