Abstract:

This study suggests a decision support system design that will be used to determine the calibration periods of measurement devices as an advanced tool for. Since the conditions in which the measurement devices are used are different for each business, there is no specific standard for the calibration periods of the measurement device in the application and these periods are determined by the enterprises based on their past use experience. Calibration periods specific to the characteristics of the used measurement devices should be determined taking into account these different conditions. In this study, using the quality-based risk-based perspective approach, the measurement device designed a risk analysis matrix to eliminate and improve uncertainty in determining calibration periods and create a decision support system based on Microsoft Excel VBA. A Risk Analysis Matrix, which consists of different parameters for the purpose of risk analysis, has been designed and completed by creating a database that contains parameters of different measurement devices for experimental purposes. With the application of the decision support system developed in this study, a single pound was created for all measurement devices in the enterprise, in all stages the users were able to access all the information they needed about the measurement devices and have clear knowledge of the delivery dates of the device for calibration. In this way, a systematic calibration planning has been made possible by eliminating the problems caused by the measurement devices in large amounts.

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