在傳統製造工廠中，資訊技術升級速度較科技製造工廠慢，目前大多仍採用「人工計時記錄加工資訊」。將有可能造成人力資源的浪費、發生非預期的人為錯誤等問題。
本論文以「RFID感測作業」蒐集加工時間為技術主軸，應用於離散製造。透過ASP.NET 4.6、C#、HTML5、響應式架構等開發套件與技術，進行「產品履歷與生產效能資訊管理系統」雛型開發。本研究開發之雲端資訊系統，透過RFID感測作業進行加工時間擷取。並以此系統進行四個工作站之「人工計時記錄」與「RFID 感測作業」，加工時間記錄模擬實驗。
模擬實驗所採用之生產效能評估指標，主要為「各工作站加工時間 (Process Time)」、「各工作站前置時間 (Lead Time)」與「加工週期時間 (Cycle Time)」。並針對各工作站加工時間、加工週期時間，進行前十次加工歷史資料之平均值、標準差計算。提供管理者進行產能監看與管理之參考依據。
由模擬實驗結果可知，以「RFID 感測作業蒐集加工時間」進行記錄，相較於「人工計時記錄」，能有效縮短週期時間 61.4%。

Nowadays, product processing time information is still recorded manually in many traditional manufacturing factories. However, information technology development of traditional manufacturing factories is slower than technology factories. Manually recording processing time information may cause the waste of human resources or unpredictable human errors.
This thesis aims to apply “RFID based processing time record technique” to Intermittent Manufacturing. It is developed an “Product Portfolio and Production Efficiency Information Management System, ”using ASP.NET 4.6, C#, HTML5, Responsive Web Design etc. software development kits and techniques in this thesis. The developed system is capable of “record processing time” by RFID sensing technology.
In addition, this system is used to conduct simulation experiment. This experiment simulates “manually” and “RFID based sensing technique” to record processing time in four Workstations.
The key performance indicator (KPI) about production efficiency includes “Arrival Time,” “Departure Time,” “Process Time,” “Lead time,” and “Cycle Time.” “Mean and Standard Deviation value of history data from previous ten times processing time record” also can be calculated for each Workstation in this system. Calculated information will provide manager monitoring, manage production efficiency and as a reference.
The simulation experiment result indicates that using “RFID based sensing technique” to record processing time will reduce Cycle Time 61.4% compared to the “manually” method.

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