本文提供一套設計流程方法，從發現問題後提供多種運用仿生學之方法使設計者能快速解決問題。流程中運用分類辭庫將生物案例與機械工程領域結合，使設計者能快速的類比不同領域得到相應之解答，並在設計流程中加入綠色評估，使該設計產品不僅能有效地解決工程設計與改善問題，同時也是對環境友善的綠色產品。
從地球誕生至今，地球上的生物歷經無數的演化與繁殖，遇到問題時總能以自己的方法來解決該問題，且總以對地球最無害的方式進行。仿生學顧名思義就是模仿生物解決問題的方法，而對工程設計者來說，生物學可能是極其陌生的領域，因此本文利用分類詞庫聯想將生物領域與機械工程領域結合，並加入綠色評估，使設計者能更快的類比出兩不同領域間相應且對環境友善的解決問題方法；對於更大的系統問題上，本文提供TRIZ方法中的科學效應資料庫與其輔助生物案例，使工程設計者能有一個大方向並利用生物案例加以輔助來解決該設計問題。

This thesis presents a process of innovative design, from having identified the problem, the method can help designers obtain ideas easily by integrating a variety of biomimetic and TRIZ method. In this process, which using classification thesaurus make the biological cases combine with mechanical engineering, so that the designers can quickly get the analogies between different fields and obtain the corresponding answer. Furthermore, this process adds the concepts of eco-assessment to confirm that our design makes the product not only can effectively solve the problem of engineering, but also more friendly and sustainability to the environment.

Since the birth of the earth, the life on earth experienced numerous evolution and reproduction. They must solve a lot of problems by theirselves in someway, and always use the most harmless way to the earth. Biomimetic is a subject to mimic the method which the creature used. But to the engineering designer, biology can be an extremely unfamiliar world. So this thesis uses classification thesaurus to make the biology combine with mechanical engineering, and adds the concepts of eco-assessment. Based on the above, designers can quickly get the analogies between different fields and obtain the corresponding answer which is more friendly and sustainability to the environment. For larger systems issues, this thesis provides scientific effects database of TRIZ methods and its auxiliary biological cases to guide engineering designers a direction and use of biological cases to solve the design problem.

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