Review and calculate specific examples for measurement uncertainty. This course teaches a practical approach to measurement uncertainty applications. Examples are relevant whether you are a testing laboratory or calibrating in the electrical, physical/dimensional, or inspection areas.
- Oakland, CA (6389)
- Schedule and Travel Info Register
- November 20 – 22, 2013
- Member: $975.00
- List: $1100.00
- Pittsburgh, PA (6757)
- Schedule and Travel Info Register
- April 9 – 11, 2014
- Member: $975.00
- List: $1100.00
- On-Site Training
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- Need to train a group of five or more? Consider on-site training.
Learn a practical approach to measurement uncertainty applications. Focus on measurement uncertainty for calibration laboratories. Understand the steps required, accepted practices, and the types of uncertainties that need to be considered by accredited laboratories.
- Learning Objectives
- Determine what factors should be considered when creating an uncertainty budget.
- Understand the way to statistically model budgets and distributions.
- Review uncertainty budgets.
- Understand the difference between Calibration and Measurement Capability (CMC) and Measurement Uncertainty (MU).
- Examine international practices and practical statistics.
- Review and calculate specific examples for measurement uncertainty.
- Who Should Attend
Laboratory management or technical staff responsible for uncertainties, and consultants for testing or calibration organizations.
- More Information
Prerequisites
See Details for items you should bring to class with you.
Course Data
- CEU Hours: 1.90
- ASQ RU: 1.90
- Provider: ACLASS
- Course ID: PMU
- Course Length: 19 hours
- ACLASS Cancellation Policy
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