1973年石油危機以來，人類才恍然大悟能問題的嚴重性，石油漲價不是單純的政治武器，而是人類生存的切身問題。本課程將透過教材講述與課程討論的方式，教導學生明瞭能源工程、能源轉換、奈米能源材料性質與奈米能源應用的相關知識，並培養學生具備以基礎學理知識應用於能源工程技術之能力。
能源是推動一切經濟建設、發展產業與社會活動的原動力，人類日常生活與能源工程技術的發展運用息息相關。隨著石油價格不斷地屢創新高以及京都議定書的生效，能源工程如節約能源技術的開發、新能源與潔淨能源的研究、再生能源的應用等，逐漸受到各國的重視。

Since the oil crisis in 1973, humans suddenly realized the seriousness of problems. Oil price is not a simple political weapon, but a personal problem of human survival. This course will teach students the relevant knowledge about energy engineering, energy conversion, nano energy material properties and nano energy application through textbooks, and cultivate students with the ability to apply basic knowledge to energy engineering technology.
Energy is the driving force that promotes all economic construction, industry and social activities. The daily life of human beings is closely related to the development and application of energy engineering technology. With the continuous record highs in oil prices and the entry into force of the Kyoto Agreement, energy projects such as the development of energy technology, the research of new and clean energy, and the application of renewable energy have gradually been valued by various countries.

本課程解說量測奈米材料不同特性的各項技術，例如光子束檢測技術、X 光檢測技術、離子束檢測技術、電子束檢測技術、探針檢測技術..等 。

This course explains various techniques for measuring different characteristics of nanomaterials, such as photon beam detection technology, X-ray detection technology, ion beam detection technology, electron beam detection technology, probe detection technology, etc.

教師自製

Teacher's self-produced