This module aims to guide students in using computational thinking to solve climate change and sustainability issues through programming and AI tools, injecting more technological energy into their future lives.
本模組旨在引導學生運用運算思維，透過程式設計與 AI 工具，學習如何解決氣候變遷與永續發展的議題，為未來生活注入更多科技動能。
In this project, we transform computational thinking from an abstract concept into tangible net-zero actions. By personally building a dual-axis sun-tracking solar system, students not only gain a deep understanding of renewable energy principles but also seamlessly integrate their knowledge of programming and electromechanical systems, experiencing how technology can make a real contribution to sustainable development.
在這個專案中，我們將運算思維從抽象概念轉化為具體的淨零行動。透過親手打造一個能自動追蹤太陽的雙軸追日太陽能系統，學生們不僅能深入理解再生能源的原理，更能將程式設計與機電整合的知識完美結合，體驗科技如何為永續發展帶來實質貢獻。
The course guides students through an introduction to block-based programming. By practicing basic computational logic, they make abstract computational thinking tangible. Subsequently, through electromechanical integration, students practice pin connections and personally design programs, transforming their knowledge into a tool for problem-solving.
課程引導學生從積木程式入門，透過練習基礎運算邏輯，讓抽象的運算思維具體化。接著，再藉由機電整合，讓學生練習腳位連接，親自設計程式，將所學知識轉化為解決問題的工具
Students are focused on assembling the model. Through this physical process, they integrate abstract programming logic with the robot's structure, a critical first step in turning thoughts into action.
Using block-based programming, we guide students to practice fundamental computational logic. They personally design the program for the sun-tracking system, easily grasping complex computational thinking through a visual interface.
Students have successfully completed the assembly of the sun-tracking solar system. This not only proves their hands-on skills but also signifies their readiness for code uploading and functionality testing.
The course guides students to apply computational thinking to solve real-world problems. We utilize sensors and programming to develop a smart system that automatically detects soil moisture and controls the watering amount based on a set schedule, effectively addressing the issue of water waste.
課程引導學生運用運算思維解決生活中的實際問題。我們透過感測器與程式設計，開發出一個能自動偵測土壤濕度、並定時定量控制澆水量的智慧系統，有效解決水資源浪費的問題。
課程引導學生將運算思維應用於解決日常生活中的問題。學生們透過感測器與程式設計，開發出一個能根據土壤濕度自動判斷並執行澆灌的智慧系統。