Courses

此科目對應之系所課程規畫所欲培養之核心能力

■ 運用數學、科學及材料科學與工程知識的能力 (50%)

The ability to employ the knowledge of mathematics, science, and materials science & engineering. (50%)

■ 設計及執行實驗，以及分析解釋數據的能力 (10%)

The ability to design and execute experiments, analyze and interpret data. (10%)

■ 執行實驗所需技術、技巧及使用實驗工具解決問題之能力 (10%)

The ability to employ the techniques and tools that are needed in executing experiments and in solving problems. (10%)

■ 設計工程系統或製程之能力

The ability to design engineering systems or processes.

■ 有效溝通及團隊合作的能力 (10%)

The ability to communicate and cooperate in team works. (10%)

■ 發掘、分析及處理問題的能力 (10%)

The ability to discover, analyze, and solve problems. (10%)

■ 認識當代材料問題，瞭解材料對於環境、社會及全球的影響，並培養持續學習的習慣與能力 (10%)

The ability to know contemporary materials issues, to realize the influences of materials on the environment, the society, and the globe, and to keep the habit of learning continuously (10%)

■ 瞭解專業倫理及社會責任

The ability to realize professional ethics and social responsibility.

課程大綱

Course keywords: synthesis; characteristics; nanomaterials; nanodevices, 合成；檢測；奈米材料;奈米元件

本課程涵蓋奈米結構材料合成、鑑定、特性與應用，除介紹外與專論式研討，並輔以頂尖期刊論文導讀與討論、研究成果報告與討論。逐一探討各種功能元件與材料之主要製程、鑑定、特性與應用。課程內容：功能元件與材料特性，包括：電子元件、新穎性觸媒材料、綠能( green energy)如太陽能、儲能(energy storage)元件等。內容包括奈米科技介紹、低維奈米結構材料、奈米製程、奈米檢測、奈米材料特性（電子、光子、磁學）、奈米感應器等。

This course covers the synthesis, characteristics, and application of nanostructured materials and the introduction of the top journal papers. The course contents are included: The introduction of the materials manufacturing process, characteristics, and applications of various functional components. Course content including functional components and material properties, including electronic components, novel catalyst materials, green energy such as solar energy, energy storage components, etc. The content includes the introduction of nanotechnology, low-dimensional nanostructured materials, synthesis of low-dimensional nanomaterials, and physical properties of nanomaterials (electronics, photons, magnetism, chemical properties ), nanosensor, etc.

教學進度：奈米科技介紹（第1-2週）、低維奈米結構材料（第3-4週）、低維奈米材料合成與組裝(第5-6週）、奈米檢測（第7-8週）、奈米特性（電子、光子、磁學）（第9-10週）、奈米元件與應用（第11-14週）、期末報告（第15-16週），教學進度依上課情況彈性調整章節順序

Text Books: Powerpoints and references papers