This module guides students to formulate effective net-zero carbon strategies through design thinking and hands-on practice. It transforms abstract concepts into tangible actions by building real-world solutions.
本模組旨在引導學生透過設計思考與實作，學習如何制定有效的淨零碳排策略，並動手製作解決方案，將抽象概念轉化為具體行動。
The course begins with "Design Thinking," a five-step, human-centered approach to problem-solving:
Empathize: Gain a deep understanding of user needs through observation and interviews.
Define: Clearly define the core problem to be solved based on the empathy stage.
Ideate: Encourage students to think freely and brainstorm various possible solutions together.
Prototype: Transform ideas into concrete prototypes.
Test: Test the prototypes and make revisions based on feedback.
Students collaborate on the first three steps of the model on a Padlet platform, laying a solid foundation for the subsequent hands-on practice.
課程從設計思考出發，學生們在 Padlet 協作平台上共同完成設計思考模型，釐清問題、定義使用者，並發想解決方案。
Students brainstorm ideas, sketch prototypes, and use everyday materials to build a device that can cook with solar energy.
學生們發揮創意，利用回收材料與生活用品，將設計草圖轉化為太陽能烹飪裝置的原型。
Focusing on the structure and assembly of the model to ensure it can effectively collect sunlight.
專注於模型的結構與組裝，確保裝置能有效收集陽光。
An egg is placed inside the device, ready for the practical solar cooking test.
將蛋放入裝置中，準備進行實際的太陽能烹煮測試。
A thermometer is used to measure the internal temperature of the device, verifying the solar heat collection efficiency.
使用溫度計測量裝置內的溫度，驗證太陽能的集熱效率。
Monitoring the egg's temperature in real-time to ensure the accuracy of the cooking process data.
隨時監測蛋的溫度，確保烹煮過程的數據準確性。
Although the egg was not fully cooked, it had successfully solidified. This outcome demonstrates the feasibility of the solar cooking device and provides students with valuable experience, showing them the real-world challenges and areas for improvement in prototype testing. 雖然蛋並未完全熟透，但已成功凝固成形。這個成果顯示了太陽能烹飪裝置的可行性，也為學生提供了寶貴的經驗，讓他們了解原型測試中的真實挑戰與可改進之處。