跨域自然: 智能科技與低碳永續設計

課程大綱

內容

課程概述

本課程旨在引領學生深入探討智能科技如何應用於低碳永續設計領域,培養其在解決現代永續挑戰時的專業技能和創新思維。課程將從智能科技的基本原理出發,深入介紹感測技術、物聯網應用和自動控制等相關領域。學生將理解智能科技在低碳設計中的核心角色,並瞭解其在節能、資源管理和環境監測等方面的具體應用。其次,課程聚焦於Arduino工具和程式設計的實際操作。學生將透過實際操縱硬體,學習如何建立感測系統、實現數據傳輸和進行設計程式。這一環節的目的在於培養學生的實作技能,使其能夠靈活應對不同永續性問題。課程進一步邀請學生參與實際案例分析和設計項目。這包括將所學知識應用於解決特定場域或企業的永續挑戰。學生將從中學會如何量化和分析問題,提出有效的科技解決方案。最後,課程以企劃成果發表會為結尾,提供學生展示成果的平台。這不僅包含技術性的演示,更要求學生從企業和社會的角度解釋其設計方案,並接受評審。這一環節的目的在於培養學生的表達和溝通能力,使其在專業領域中更具競爭力。

English:

This course aims to guide students in exploring how intelligent technologies can be applied in the field of low-carbon sustainable design, cultivating their professional skills and innovative thinking in addressing contemporary sustainability challenges. The course will start from the basic principles of intelligent technologies, providing in-depth coverage of related areas such as sensing technologies, IoT applications, and automatic control. Students will gain an understanding of the central role of intelligent technologies in low-carbon design and their specific applications in energy efficiency, resource management, and environmental monitoring. Subsequently, the course focuses on hands-on experience with Arduino tools and programming. Through practical manipulation of hardware, students will learn how to establish sensor systems, implement data transmission, and design programs. This segment aims to foster students' practical skills, enabling them to adapt flexibly to various sustainability issues. The course further invites students to engage in real-case analyses and design projects, applying their acquired knowledge to address specific sustainability challenges in various domains or enterprises. Students will learn how to quantify and analyze problems, proposing effective technological solutions. Finally, the course concludes with a presentation of project outcomes, providing students with a platform to showcase their achievements. This not only involves technical demonstrations but also requires students to explain their design solutions from the perspectives of both business and society, undergoing evaluation. This segment aims to develop students' expressive and communication abilities, enhancing their competitiveness in the professional field.

授課內容

本課程的核心在於結合智能科技和低碳永續設計的理念,培育學生在這兩個領域中的綜合能力。課程將涵蓋以下主題,旨在激發學生的創造力並提供解決現代永續挑戰的實用工具。深入探討智能科技的基本概念和應用。這包括感測技術的原理、物聯網的結構和自動控制系統的設計。學生將瞭解智能科技在低碳設計中的角色,以及如何利用這些技術來實現節能、資源有效管理和環境監測。課程將集中於實際案例分析和設計項目。這涉及學生將所學知識應用於解決現實世界中的永續性挑戰。通過將技術解決方案應用於實際案例,學生將學會如何定義問題、量化挑戰並提出有效的科技解決方案。最後,課程將以企劃成果發表會作為結尾。學生將有機會展示他們的設計成果,同時以企業和社會的角度詳細闡述其解決方案。這一環節的目的在於培養學生的表達和溝通能力,使他們能夠清晰地向各利害關係人傳達其設計理念和成果。這門課程不僅旨在提供學生專業的智能科技和低碳永續設計知識,更重要的是培養他們面對現代永續性挑戰時的創新思維和實際應對能力。透過理論與實踐的結合,學生將能夠在未來的科技舞台上發揮重要作用。