MEASUREMENT UNCERTAINTY – FOR ALL ISO/IEC 17025 LABORATORY

MEASUREMENT UNCERTAINTY – FOR ALL ISO/IEC 17025 LABORATORY, available at $199.99, has an average rating of 4.7, with 37 lectures, 1 quizzes, based on 13 reviews, and has 29 subscribers.

You will learn about Clear understanding of Basic Statistical Concepts. Understanding a calibration or testing activity (including microbiological testing) 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 all Calibrations, Tests of the laboratory effectively, including microbiological testing, for which the methodology is significantly different. 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. This course is ideal for individuals who are Technical Heads of testing and calibration laboratory, including microbiological testing. or Young engineers / scientists working in testing field and wants to enhance their career, with a formal added professional qualification and skill up-gradation. or Quality System Heads (Quality Managers) who formulates internal and external quality control plan and monitor effectiveness of the testing laboratory QMS. or Can be used for providing internal training to junior staffs of testing laboratory by casting these video training’s. or An individual working as consultant in ISO/IEC 17025 field. It is particularly useful for Technical Heads of testing and calibration laboratory, including microbiological testing. or Young engineers / scientists working in testing field and wants to enhance their career, with a formal added professional qualification and skill up-gradation. or Quality System Heads (Quality Managers) who formulates internal and external quality control plan and monitor effectiveness of the testing laboratory QMS. or Can be used for providing internal training to junior staffs of testing laboratory by casting these video training’s. or An individual working as consultant in ISO/IEC 17025 field.

Enroll now: MEASUREMENT UNCERTAINTY – FOR ALL ISO/IEC 17025 LABORATORY

Summary

Title: MEASUREMENT UNCERTAINTY – FOR ALL ISO/IEC 17025 LABORATORY

Price: $199.99

Average Rating: 4.7

Number of Lectures: 37

Number of Quizzes: 1

Number of Published Lectures: 37

Number of Published Quizzes: 1

Number of Curriculum Items: 38

Number of Published Curriculum Objects: 38

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Clear understanding of Basic Statistical Concepts.
Understanding a calibration or testing activity (including microbiological testing) 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 all Calibrations, Tests of the laboratory effectively, including microbiological testing, for which the methodology is significantly different.
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.

Who Should Attend

Technical Heads of testing and calibration laboratory, including microbiological testing.
Young engineers / scientists working in testing 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 testing laboratory QMS.
Can be used for providing internal training to junior staffs of testing laboratory by casting these video training’s.
An individual working as consultant in ISO/IEC 17025 field.

Target Audiences

Technical Heads of testing and calibration laboratory, including microbiological testing.
Young engineers / scientists working in testing 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 testing laboratory QMS.
Can be used for providing internal training to junior staffs of testing laboratory by casting these video training’s.
An individual working as consultant in ISO/IEC 17025 field.

This course provides step by step understanding of the method of estimation of Measurement Uncertainty in Material Testing, Calibration and Microbiological Testing.

It is in line with the ISO Guide 98-3: 2008, which the Guide to the expression of uncertainty in measurement (GUM-1995). For Microbiological Testing, ISO 19036: 2019 – Microbiology of the food chain – Estimation of measurement uncertainty for quantitative determinations is followed in addition.

In the initial sections, basic understanding of STATISTICAL METHODS is provided in step by step manner so that a newcomer in the filed can also understand the subject.

Subsequent sections are elaborated along with EXAMPLES in EXCEL FILES (downloadable material), for giving a clear understanding an hands on practice on the activity.

The related subject, Conformity Statement and Decision Rule, which is a key requirement of ISO/IEC 17025 accredited laboratory is explained in connection to measurement uncertainty in clear manner with example.

Overall, this subject which is viewed by laboratory practitioners as COMPLEX is made QUITE SIMPLE to understand and practicable for the participants.

Finally, a Quiz section is provided as SELF ASSESSMENT by the participants, to gain confidence on their learning from the course.

Course Curriculum

Chapter 1: Introduction

Lecture 1: Overview of Training Program.

Lecture 2: Introduction to Measurement Uncertainty.

Chapter 2: Basic Understandings

Lecture 1: Basic Statistical Terms

Lecture 2: Components of Uncertainty

Lecture 3: Statistical Distributions

Chapter 3: Method of Uncertainty Estimation

Lecture 1: Contribution of Uncertainty Components

Lecture 2: Units of Uncertainty Contributions

Lecture 3: Steps for Estimation of Measurement Uncertainty.

Chapter 4: Measurement Uncertainty in Testing (Non-Micro-biological Laboratory)

Lecture 1: Components Having Same Units

Lecture 2: Components Having Different Units

Lecture 3: Components Having Different Units – Example-1 – Mechanical Testing

Lecture 4: Components Having Different Units – Example-2 – Mechanical Testing

Lecture 5: Components Having Different Units – Example-3 – Mechanical Testing

Lecture 6: Comparison of 3 Methods of conversion of units

Lecture 7: Components Having Different Units – Example-4 – Mechanical Testing

Lecture 8: Components Having Different Units – Example-1 – Chemical Testing

Lecture 9: Components Having Different Units – Chemical Testing – Example – 2

Lecture 10: Components Having Different Units – Chemical Testing – Example – 3

Lecture 11: Coverage Factor for Unreliable Input Quantities

Chapter 5: Measurement Uncertainty in Calibration.

Lecture 1: Steps for Estimation of Measurement Uncertainty in CALIBRATION.

Lecture 2: MU in Calibration – Example-1

Lecture 3: MU in Calibration – Example-2

Lecture 4: MU in Calibration – Example-3

Lecture 5: MU in Calibration – Example-4

Lecture 6: MU in Calibration – Example-5

Lecture 7: Calibration and Measurement Capability (CMC)

Chapter 6: Measurement Uncertainty in Microbiological Testing

Lecture 1: General Understanding of Microbiological Testing

Lecture 2: Technical Uncertainty

Lecture 3: Matrix Uncertainty

Lecture 4: Distributional Uncertainties – Poisson Uncertainty

Lecture 5: Distributional Uncertainties – Confirmation Uncertainty

Lecture 6: Distributional Uncertainties – MPN Uncertainty

Lecture 7: Combined and Expanded Uncertainty

Lecture 8: Correction of Unwanted Uncertainty Components

Chapter 7: Further Understanding on Measurement Uncertainty

Lecture 1: MU in Conformity Assessment and Decision Rule

Lecture 2: Application of MU in Laboratory Activities

Chapter 8: Summary of the program.

Lecture 1: Summary of the Training Program.

Chapter 9: Quiz on Measurement Uncertainty Estimation

Instructors

Subhasis Mallik
Trainer in Lab Accreditation and IATF 16949 field.

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5 stars: 8 votes

Frequently Asked Questions

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