本研究整合通用結構化創新思維(Unified Structured Inventive Thinking, USIT)與萃智解題流程，新增整合USIT與萃智方法的解題流程，以幫助使用者快速找到更多創新解答。本研究解題流程分為三個階段：(1)問題定義、(2)問題分析、(3)解答產生，利用失效模式假說辨識確切失效點與其所在系統位置，針對系統功能及其屬性分析，配合粒子法建立解答路徑，再利用USIT運算子(USIT Operator)以及科技效應資料庫尋找可行的概念解答方案。本研究除整合USIT萃智方法外，並補足失效假說辨識之流程表達，在面對較為複雜之流程網路，可以專案依存關係清楚表達流程關係，並找出可能的確切失效點。
本研究貢獻包含 (1)整合USIT方法與整合性系統化創新解題流程，提供新的解答流程，讓使用者可以快速得到解答、(2)提供以理想解答為思考起點的解題思維，讓使用者找到更多不同創新解、(3)於流程中新增流程時序網路，透過依存關係讓使用者可以由表徵點辨識出可能的失效點、(4)建立系統化流程、表單與使用說明。

This research integrates USIT (Unified Structured Inventive Thinking) and the TRIZ problem solving process by introducing a new solution generation process to help problem solvers to find more innovative solutions quickly. The process of problem solving is divided into three stages: (1) problem definition, (2) problem analysis, and (3) solution generation. This structured process uses Failure Mode Hypothesis to identify the failure point(s), analyzes the problem system based on function and attribute, establishes a solution path with Particle Method, and then generates feasible concept solutions by using USIT Operators and effect database. In addition to the integration of USIT and TRIZ tools, this research adds Process Sequence Network to identify failure mode appropriately when there is a complex process network.
The contribution of this research included: (1) Introducing a new and quick solution generation process by integrating USIT and TRIZ tools. (2) Providing a problem solving thinking process which starts from ideal solution. (3) Introducing Process Sequence Network which identifies failure in complex process network with the use of dependency relationship. (4) Establishing the forms and explanation for the full process to facilitate problem solving.

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