PAC03: Certified Calibration Laboratory Engineer Thermal Instruments E-learning Course Duration: 8 Hours
Website: www.Punyamacademy.com 1. Overview of Session 2 2. What is Measurement Uncertainty? 3. Who has to calculate Measurement Uncertainty? 4. When Measurement Uncertainty needs to be calculated? 5. ISO/IEC 17025:2017 Requirements for Measurement Uncertainty 6. Measurement Uncertainty – Factors? 7. Uncertainty of Measurement Factors 8. Methodology to Calculate Uncertainty of Measurement 9. How many numbers of readings? 10. Effect of increasing number of Measurements in calculating Type A Uncertainty 11. Remember: Type- A Dependence 12. Step 3: Type – A Evaluation (UA) Methodology (Continued...) 13. Step 4: Calculate Type – B Evaluation (UB) 14. Step 4: Calculate Type – B Evaluation (UB) (Continued...) 15. Step 4: Calculate Type – B Evaluation (UB) (Continued...) 16. Estimate the Magnitude of the Uncertainty Contributors Type- B 17. Type- B Evaluation of Standard Uncertainty 18. Step 4: Calculate Type – B Evaluation (UB) (Continued...) 19. Step 5: Combined Uncertainty (UC) 20. Step 6: Expanded Uncertainty 21. Step 6: Expanded Uncertainty (Continued...) 22. Step 7: Reality Check 23. Step 8: Reporting the result 24. Recap of all Steps for Calculating Uncertainty of Measurement 25. The uncertainty estimation process 26. Theoretical Steps for Calculation of Measurement Uncertainty 27. Table
Session - 3 : In this session, participants will learn calibration methods and records of Infrared Thermometer. It covers total 18 slides on below topics: For more information about Certified Calibration Laboratory Engineer – Thermal Instruments Training Click Here www.punyamacademy.com E mail: sales@punyamacademy.com Tele: +91-79-2979 5322
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