Overview
Measurement is fundamental to the control of quality, efficiency and safety. This one day course is designed to impart a basic understanding of measurement uncertainty. Delegates will learn about the impact of uncertainty in industry, to identify important sources of uncertainty in measurement systems and receive practical guidance on the design of measurement techniques to minimize uncertainty.
Objective
This course will introduce delegates to the techniques required to identify what affects measurements and by how much. By ranking the effects, delegates will be able to guard against invalid conclusions and ensure that the key measurements are targeted for investment in new instrumentation.
The course is designed to impart a basic understanding of measurement uncertainty. Delegates will learn the appreciation of the impact of measurement uncertainty within the industry, to identify the important sources of uncertainty in measurement systems and receive practical guidance on the design of measurement techniques for improved uncertainty.
Who Should Attend
Research and Development Engineers, Instrumentation Engineers, Quality Managers, Technical Managers.
Course Outline
- Overview of Uncertainty Concepts
- Basic Calculation Methods Type A Analysis
- Basic Calculation Method Type B Analysis
- Sensitivity Coefficients
- Combination of Uncertainties
- Practicalities of Uncertainty Estimation and How to Improve Measurement
- Monte Carlo Simulation Including Worked Example
About Expert Trainer
Your expert trainer has over 30 years’ experience in single and multiphase flow measurements from downhole to surface applications, including subsea environment. He is recognized as one of the foremost leaders in the worldwide multiphase business thru knowledge sharing, presentations, books, publications, and technical advice. He was “Visiting Professor” of Coventry University.