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17025 COMPLIANCE |
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| Uncertainty Management Specifications, tolerances, accuracy, and uncertainty ratios, and guardbanding. On completion, you will understand these topics and will be able to understand how to read and interpret published specifications, and how to calculate accuracy ratios and guardbands for 17025 compliance. |
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| Introduction to ISO/IEC 17025 for Technicians Requirements of the standard, how it is applied to calibration and test laboratories, and what a technician who works for an accredited lab needs to know. On completion, you will understand these topics and will understand what behavior and activities are required of you in order for your work to be conformant to the standard. |
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| Assessment to the Requirements of ISO/IEC 17025 Details and interpretations of the requirements of the standard as it is applied to calibration and test laboratories. It explains how to plan and organize an assessment, how to conduct one, and how to report the results. On completion, you will understand these topics and will understand what behavior and activities are required of you in order to perform an internal assessment of a laboratory to the requirements of the standard. Further detailed training would be required before performing assessments as a representative of an accreditation body. |
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| Interval Analysis - Includes Interval Analysis Tool Why perform interval analysis and adjustment? Usually, this requirement is driven by the need to maintain a specific level of measurement quality in a cost effective calibration program. No measurement is perfect. There is always a risk the end result will be outside the desired tolerance. This is because measurement standards, no matter how good, have an associated uncertainty. Even at “time zero”, which we call the Beginning-of-Period, this uncertainty still exists. This uncertainty increases as a function of time, usage, storage conditions, etc. The point where risk of being out-of-tolerance becomes unacceptable or where uncertainty becomes too great is the End-of-Period. Calibration should take place just prior to this point being reached. |
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| Proficiency Testing Proficiency testing is used to determine the performance of a laboratory’s measurement and test capability compared to one or more other laboratories. When a laboratory participates in a proficiency testing scheme, many factors determine the outcome of a laboratory’s performance. These include the personnel, equipment, method used and the environment the measurement was conducted in. |
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