逆向系統工程快速提升台灣汽車電子產業競爭力

Reversed System Engineering-An Approach for Taiwan's Car Electronics Industry to Gain Competitive Advantages

吳孝文 ； 王敬仁(Dave Wang) ； 林大鈞(Gary Lin) ； 黃士軒(Charles Huang)

《中華民國振動與噪音工程學會論文集》 2012 (2012/06) Pp. 301-304

https://doi.org/10.30028/CSSVANNUAL.201206.0301

摘要

本文提出之逆向系統工程（Reverse Systems Engineering）是快速建立台灣產業自主研發能力的最佳解決方案。此方法經由利用混合工程法（Hybrid Engineering Method），對公司既有代工產品進行電腦輔助工程（CAE）與應力試驗量測（CAST/CAMT）所得到的結果作相關性分析，並且以耦合工程法（Coupled Engineering Method）讓分析結果更符合真實情形，得到準確的產品設計參數。未來新產品開發就能以逆向系統工程所得到的模型及設計參數資料庫為基礎，作產品設計及準確的CAE分析，再以少量的試驗原型驗證設計結果。每次設計分析與問題解決的知識累積，將為台灣汽車電子產業快速提升自主研發的能量。

關鍵字

逆向系統工程 ； 汽車電子 ； 混合工程 ； 耦合工程

並列摘要

This paper presents the reversed system engineering, which is a quick way for Taiwan's companies to improve their position in car electronics industry. This approach is based on hybrid engineering which validates the analytical method by comparing analytical results with tests on the existing products. The coupled engineering is also applied to make the analytical results more realistic. Such approach can then help the user to set the principles for product design based on any existing product, and will keep improving the analytical method by updates from new analysis. With this approach, the knowledge and experience from each existing analysis can be used as updates for the next analysis and will help Taiwan's company to develop their product independently.

並列關鍵字

Reversed System Engineering ； Car Electronics ； CAE ； Hybrid Engineering ； Coupled Engineering