
Join subject matter experts from all over the field of metrology in an interactive exploration of this critical topic. The course includes a glossary, Pretest, embedded questions, and a Posttest. Questions and responses are shuffled for each user and a documentation certificate is provided. Onboard uncertainty calculator included.
ISO 9000
"Equipment shall be used in a manner which ensures that the measurement uncertainty is known and is consistent with the required measurement capability."
ISO 10012 4.6
"In performing measurements and in stating and making use of results, the supplier shall take into account all significant identified uncertainties in the measurement process including those that are attributable to measuring equipment and those contributed by personnel, procedures and environment."
Components, Sources of Uncertainty
Definitions, Evaluating, Distributions; Uniform, Triangular, Nominal, Combining, Expanded, Examples
Coverage Factors, Confidence Limits Correlation, Reporting Uncert; Manufacturer, User, Capabilities Statement, Traceability
Quantification, Consumer vs Producer, Approximation Methods, Measurement; Average Quality Level, Distribution, Bias, TUR, Guardband Limits, Interval Width, Delta Specification Limit, EOP% Intolerance
PMAP, Process Capability, Gage R & R, ANOVA, Models for Measurement Uncertainty Analysis, Sample Plans, Structure of Random Samples, Reverse Standards
30 questions, instructor has option of granting Certificate of Completion
Background and list of member organizations NIST-1297, ISO-GUM, NASA
Features and Benefits; ISG, Compaq, Dikken, Boeing, Gage R & R
Statistics, JMP, Minitab
Developing a Company Specific Uncertainty Guide
AIAG, Raymond Gill, AMETEK - Richardo Nicholas, Boeing - Michael Czech, St. Jude Medical - Warren Wong, Fluke - NIST, NASA - David Dikken, MTL