The LEO Satellite Classroom: Exploring the Universe and Inspiring Future Technology Leaders
During the summer vacation in July 2024, the 3A Emerging Technology Promotion Center at Taipei Municipal Yongchun Senior High School partnered with Jing-Yeu International to create Taiwan's first space exhibition facility dedicated to low Earth orbit satellite education, located on the school campus. The center has long worked to build digital learning environments and promote innovative, effective teaching approaches, with a sustained commitment to innovation in the classroom. By establishing this low Earth orbit satellite classroom, the collaboration with Jing-Yeu International strengthened students' interest in and understanding of technology and marked an important milestone in technology education.
Entering Yongchun Senior High School's low Earth orbit satellite classroom feels like stepping into a miniature space center. One wall displays satellite images of famous landmarks around the world, while another records the history of satellite launches in Taiwan and other countries. Satellite models in glass cabinets evoke the expansive vision of exploring the universe. This is more than a technology showcase: it is an educational journey connecting Earth and space.
Why Low Earth Orbit Satellites?
Low Earth orbit (LEO) satellites operate just 500 to 2,000 kilometers above the ground. Their low latency and efficient transmission make them important to modern technologies such as Starlink's global high-speed internet service. LEO satellite systems play significant roles in communications, weather observation, and environmental monitoring. Rapid technological development, especially in the space industry, has attracted worldwide attention. LEO satellite development is equally important to Taiwan. Beyond weather and communications applications, the government actively promotes related technologies. Foxconn's first self-built satellite, for example, demonstrates Taiwan's potential and position within the global space industry supply chain.
The 3A Emerging Technology Promotion Center established the classroom to connect international technology trends with student learning and explore the history and global applications of LEO satellites. This environment enables students to apply theory in practice, develop problem-solving skills, and support technological innovation and its applications. Understanding the value of LEO satellites also encourages interest in learning, helps cultivate Taiwan's future technology talent, and strengthens its global competitiveness in technology.
Features of the LEO Satellite Classroom: Connecting Technology and Education
The classroom contains several interactive areas, each carefully designed to provide an immersive learning experience:
The left wall presents major milestones in satellite launches in Taiwan and around the world The right wall displays satellite images of landmarks and attractions in Taiwan and other countries
Satellite History Area
The left wall presents major milestones in satellite launches in Taiwan and around the world. Students can trace the development of satellite technology across different periods and its breakthroughs in aerospace, learning how satellites have advanced humanity's exploration of the universe.
The right wall features satellite images of landmarks and attractions in Taiwan and other countries. It shows students how satellites support everyday fields such as mapping, environmental monitoring, and urban planning. Connecting abstract satellite concepts with practical uses encourages their interest in aerospace technology and its value to society.
Satellite model display Satellite model display Satellite model display
Satellite Model Area
Physical models, including miniature BeiDou satellites, JAXA's Hayabusa2, and Apollo spacecraft, allow students to examine structures and design features at close range. Students can learn how spacecraft are designed and assembled for different mission requirements, with accompanying text deepening their understanding of their functions.
AR Interaction and Satellite Distribution Area
Using augmented reality and the Sky Globe tool with the globe shown on the display cabinet, students can intuitively explore the worldwide distribution and operation of satellites. They learn about remote-sensing imagery in environmental monitoring and agricultural management, along with fundamentals such as spectral analysis and terrain interpretation. Students operate a virtual globe to simulate satellite movement while a projection screen presents satellite information. Together, these activities introduce the history and future trends of aerospace technology, encourage an interest in technology, and develop interdisciplinary problem-solving skills and an international perspective.
The inquiry board presents diverse satellite uses around the world, including communications, weather, and Earth observation Students can share their own ideas in the ideation and creation space.
Inquiry, Ideation, and Creation Space
The inquiry area presents diverse satellite uses around the world, such as communications, weather, and Earth observation, helping students understand their key roles in scientific research, environmental protection, and social development. Considering how satellite technology can address the Sustainable Development Goals encourages creative thinking and problem-solving. Students can exchange ideas on the ideation board while learning teamwork and how to integrate knowledge across disciplines.
The Classroom's Educational Value for Students
The satellite classroom emphasizes practical applications as well as knowledge. By connecting it with coursework, students can learn to analyze satellite data through hands-on activities and engage in learning and practice at multiple levels. The following are examples of courses and practical activities that can take place in this classroom:
1. Natural Science Courses
Physics Unit: Space Technology and Satellite Operation
Classroom models and displays introduce basic physical concepts such as satellite launch principles and orbital calculations. Students learn about gravity, velocity, and acceleration and develop a deeper understanding of how satellites operate in space.
Earth Science: Observing Earth and Weather
Satellite imagery helps students learn fundamental approaches to analyzing terrain changes, monitoring natural disasters, and forecasting weather. Discussions supported by data analysis improve their understanding of Earth science and their ability to apply it.
2. General Education Courses
Environmental Science and Sustainable Development
Students can use satellite data to explore the effects of climate change, global warming, and deforestation. This builds environmental awareness and encourages them to consider how technology can address current environmental problems.
3. AI and Programming Courses
Satellite Data Processing and Image Analysis
Using Python for satellite image classification and feature extraction develops proficiency in image processing while deepening understanding of the core methods of data analysis and processing.
The LEO Satellite Classroom: Exploring the Universe and Inspiring Future Technology Leaders
The LEO satellite classroom is a place for both learning and practical exploration. It reflects the 3A Emerging Technology Promotion Center's commitment to forward-looking technology education and opens a window onto the mysteries of the universe. By combining interdisciplinary learning with practical activities, the classroom extends students' perspectives from Earth into space and encourages deeper thinking about science, innovation, and sustainable development. These experiences can form a strong foundation for future participation on the international stage, nurturing a new generation of technology talent with global perspectives and problem-solving abilities.
#The LEO Satellite Classroom: Exploring the Universe and Inspiring Future Technology Leaders
To learn more, please contact Jing-Yeu International Ltd. by phone or email.
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