Course Features:

 

• Interdisciplinary integration: Combining physics, mathematics, programming, and engineering design to cultivate systematic thinking.

• Hands-on activities: Students create innovative projects using tools such as Arduino, sensors, and 3D modeling.

• Real-world applications: The curriculum is designed to address social issues such as climate change, smart cities, and sustainable development.

• Project-based learning: Every student participates in team projects, from conception and design to presentation, comprehensively developing communication and collaboration skills.

• Data thinking: Guiding students to conduct statistical analysis and data visualization, enhancing their data literacy and decision-making abilities.

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We believe that STEM education is not just about skills training, but a cradle for nurturing future innovators. Through our curriculum, we hope students can:

• Exploring the relationship between technology and society

• Build confidence and curiosity

• Become an empathetic and responsible problem solver