隨著科技日新月異的快速更迭，人類一直享受著從工業化以來所產生的各項益處，不論是經濟方面亦或是物質上皆有著顯著的水平提升，然而隨著人口的膨脹，資源消耗、環境汙染等問題陸續接踵而來，人們才意識到孕育我們的這塊大地是需要被保護的。由於近年環保意識抬頭，讓國際間重新修正與制訂許多的嚴格規範，此舉大大衝擊了現有的產業結構，日趨嚴格的法規使製造產業受到越來越多限制，因此需要尋求一套適合的突破方法。ARIZ 為TRIZ 理論中一個重要的創新設計方法，其透過系統化的步驟與相關的TRIZ 輔助工具幫助設計者解決問題並得到創新設計。

本研究在ARIZ- 85C 的基礎上結合TRIZ 工具中的智慧小人法(Smart Little People Modelling, SLP)，重新整合後簡化為四個部分，目的是為了使設計者更著重於原本ARIZ- 85C 前半部分的分析階段，透過將智慧小人法的概念融入，使設計者在判斷系統中可使用資源時更有效率，讓每一步驟所提取的資源皆能做為引導設計者發展新設計概念的資訊來源，而在得到創新設計後進行功能性評估及綠色評估，將幫助設計者在進行創新思考的基礎上，同時考量到新設計的功能性與在環境層面造成的影響，發展出兼具創新又對環境友善的設計。

With the advances of science and technology, people have enjoyed the benefits from the industrialization for a long period. A significant improvement not only showed on economy but also changed human beings’ material life. However, since global population increased exponentially, problems such as shortage of resources and environmental pollution came thick and fast. Owing to the awareness of environmental protection, global countries began to amend many strict policies, and which impacted the industrial structure considerably. The strict restrictions caused most of industries need to change their design and manufacture method.

ARIZ is an important innovative design method in TRIZ theory, which helps designers solve problems and come up with creative ideas through systematic steps and related TRIZ auxiliary tools. This study integrates ARIZ-85C and Smart Little People Modelling. In order to focus more on the analysis process and use more efficiently, simplifying the original ARIZ-85C structure into four parts and extending the concept of Smart Little People Modelling into whole steps. With the key information which extracted from every step, designers can analyze the problems step by step and create innovative designs. Furthermore, this process adds the concept of functional assessment and eco-assessment to confirm that designers can develop an innovative design not only effectively solving the problem but also friendly to environment.

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