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Complete guide for Estimation of Measurement Uncertainty in Calibration Laboratory as per ISO Guide 98-3.

What you'll learn

Clear understanding of Basic Statistical Concepts for measurement uncertainty estimation.

Understanding a calibration activity in terms of mathematical model, to be able to identify the significant control factors for accuracy or validity of results.

Will be able to estimate measurement uncertainty for different groups of calibrations of the laboratory effectively.

Will be able to formulate effective Quality Control Plan for the laboratory utilizing the uncertainty of measurements and also can identify the scope of improvement in quality of result.

Will be able to apply “decision rule” utilizing the uncertainty of measurements, when it is required.

Requirements

Person should have a degree / diploma in science / eeering / technology.

Person should have some involvement in operational function of the laboratory (calibration activity).

Person should be familiar with working in excel for making simple documentation, calculation, formatting etc.

An awareness of ISO/IEC 17025 standard would be added advantage.

Description

This course is intended for the practicing scientists, eeers and managers working in calibration laboratory or in the field of quality control activities of manufacturing organization, where calibration laboratory is a part.Participants will be able to estimate the uncertainty of measurement for different groups in the field of calibration.Persons who are not clearly familiar with the basic statistical concepts of estimation of measurement uncertainty will get clear understanding about this, through this training.Those who are already familiar with ISO/IEC 17025 laboratory accreditation system and has done the uncertainty estimations for measurements for their applications will definitely improve their understanding on the practical aspects of their activities for continual improvement.

Overview

Section 1: Introduction

Lecture 1 Overview of the training programme.

Lecture 2 Introduction to Measurement Uncertainty.

Section 2: Basic Understandings

Lecture 3 Basic Statistical Terms

Lecture 4 Components of Uncertainty

Lecture 5 Statistical Distributions

Section 3: Method of Uncertainty Estimation

Lecture 6 Contribution of Uncertainty Components

Lecture 7 Steps for Estimation of Measurement Uncertainty.

Section 4: Estimation of MU in Calibration

Lecture 8 UM in Calibration - Example - 1.

Lecture 9 UM in Calibration - Example - 2.

Lecture 10 UM in Calibration - Example - 3.

Lecture 11 UM in Calibration - Example - 4.

Lecture 12 UM in Calibration - Example - 5.

Section 5: Calibration and Measurement Capability

Lecture 13 Calibration and Measurement Capability (CMC)

Section 6: Further Understanding on Measurement Uncertainty

Lecture 14 MU in Confoy Assessment and Decision Rule

Lecture 15 Application of MU in Laboratory Activities

Section 7: Summary of the program.

Lecture 16 Summary of the program.

Section 8: QUIZ

Technical Heads of testing and calibration laboratory.,Young eeers / scientists working in calibration field and wants to enhance their career, with a formal added professional qualification and skill up-gradation.,Quality System Heads (Quality Managers) who formulates internal and external quality control plan and monitor effectiveness of the laboratory QMS.,Can be used for providing internal training to junior staffs of laboratory by casting these video training’s.,An individual working as consultant in ISO/IEC 17025 field.

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