Gnowbe Learn™  > Technology  >  Uncertainty Estimation in Chemical Analyses

Uncertainty Estimation in Chemical Analyses

 Uncertainty Estimation in Chemical Analyses MLC by Temasek Polytechnic
$29
$99
 (70% OFF)

Includes:

  • Intermediate Level
  • 16 Micro-Learning Sessions
  • 169 min. of Experiential Content
  • 104 Learning Actions
  • Group Discussions & Sharing
  • Offline Access
  • Lifetime Access via Mobile and Web
  • Digital Certificate shareable on LinkedIn
This Course is Certificated by Temasek Polytechnic

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What will you learn

What is this 'Micro-Learning Course' about?

This course aims to equip learners with the basic knowledge and skills to use the basic statistical tools for measurement uncertainty estimation and perform measurement uncertainty estimation for chemical analysis   

Who is this course designed for?

This course is designed for diploma graduates and PMEs who are considering to work in analytical testing laboratories of various industries such as the chemical, pharmaceutical and food industries, research institutes, R&D companies and other testing sectors.   

What will you take away?

At the end of this course, you will be able to:

  • Outline the needs for estimating uncertainty in routine measurements

  • Identify sources of uncertainty in chemical analysis

  • Explain the concepts of GUM or bottom-up approach and apply it for estimating measurement uncertainty in a chemical analysis

  • Explain the concepts of top-down approach and apply it for estimating measurement uncertainty in a chemical analysis

  • Differentiate the bottom-up approach from the top-down approach and identify the strengths and weaknesses of both approaches


Session Overview

  1. Before We Begin

  2. Measurement

  3. Measurement Uncertainty (MU)

  4. Requirements for Estimating Uncertainty

  5. Factors in Good MU Estimation

  1. Importance of Measurement Uncertainty
  2. Interpretation of Results Using MU
  3. Fitness for Purpose
  4. Common Approaches for MU Estimation
  5. Estimation Process in GUM Approach
  6. Specification & Identification in GUM Approach
  7. Cause and Effect Analysis in GUM Approach
  8. Quantification & Conversion in GUM Approach
  9. Combination & Reporting in GUM Approach
  10. Top-down Approach
  11. Strengths & Weaknesses of Both Approaches
Accredited by Temasek Polytechnic

Beyond their core business of conducting full-time courses for students, Temasek Polytechnic is also committed to the practical re-skilling and professional development of adult learners. They believe in helping individuals and organisations equip themselves with the necessary skills to meet the challenges of a dynamic economy.

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