April 27-29, 2009 and Sept. 21-23, 2009 Boulder , CO

Introduction to Uncertainty Analysis - Software Included!

$1,395 per Student* - Includes Uncertainty Sidekick Pro Software

This 3-day course provides a straightforward and easy-to-understand introduction to the principles of measurement uncertainty analysis as found in the ISO Guide to the Expression of Uncertainty in Measurement (the ISO GUM). Type A and Type B methods of estimating measurement process uncertainties are discussed and multivariate analysis is outlined.

*$1,295 for registered Uncertainty Sidekick Pro users.

If you require additional information, please contact us at at 1-800-400-7866 o r training@isgmax.com .

May 11-13, 2009 Boulder , CO

Measurement Decision Risk Analysis

$1,595 per Student* - Includes AccuracyRatio Software

This 3-day course provides a conceptual background in measurement decision risk analysis methods and techniques documented in NASA Reference Publication 1342, Metrology - Calibration and Measurement Processes Guidelines.  Topics include achieving accuracy ratios and other quality requirements through the analysis and management of false accept and false reject risks, establishing and using tolerance guardbands, and interpreting and reporting measurement decision risk.  Concepts and principles are reinforced through hands-on use of ISG's AccuracyRatio software.

This course is intended for engineers, scientists and other technical personnel involved in research and development, product reliability and quality assurance, and calibration laboratory assessment.  This course is also designed for personnel responsible for implementing risk analysis methods and procedures for NCSL Z540-1 or NCSLI Z540.3 compliance. Course outline, registration information and other details are available at www.isgmax.com/training.asp. 

If you require additional information, please contact us at at 1-800-400-7866 o r training@isgmax.com .

May 14-15, 2009  Boulder , CO

Interval Analysis Concepts and Methods

$995 per Student

This 2-day tutorial provides an overview of calibration interval analysis concepts and methods documented in NCSL Recommended Practice RP-1, Establishment and Adjustment of Calibration Intervals and NASA Reference Publication 1342, Metrology - Calibration and Measurement Processes Guidelines.  Students will be introduced to risk analysis concepts, measurement reliability modeling methods, statistical interval analysis techniques, calibration interval objectives and potential ancillary interval analysis benefits such as equipment outlier identification.  Concepts are illustrated using commercially available software and selected freeware.

This course is intended to provide quality and calibration managers, systems analysts, equipment managers and metrology engineers with a practical basis for selecting, developing, implementing and operating a calibration interval analysis system. Course outline, registration information and other details are available at www.isgmax.com/training.asp. 

If you require additional information, please contact us at at 1-800-400-7866 o r training@isgmax.com .

June 22-26, 2009 and Oct. 19-23, 2009  Boulder , CO

Uncertainty / SPC Analysis - Software Included!

$1,995 per Student

This 5-day uncertainty analysis course is intended for engineers, scientists and other technical personnel responsible for designing, testing, calibrating, installing or maintaining measurement equipment and monitoring systems. This course is also beneficial for research and development personnel and quality assurance engineers in all fields of science and technology.

This course provides a comprehensive presentation of the principles of measurement uncertainty analysis for direct and multivariate measurements and measurement systems found in the ISO GUM, published papers and current research. Instruction includes advanced measurement uncertainty analysis topics that extend these methods and concepts.  Hands-on analyses using ISG's UncertaintyAnalyzer and SPCView software provide practical application of important concepts to the development of uncertainty estimates for direct measurements, multivariate measurements and measurement systems. Applying uncertainty estimates to control measurement processes, establish calibration intervals, and minimize decision risk is also discussed. Course outline, registration information and other details are available at www.isgmax.com/training.asp. 

If you require additional information, please contact us at at 1-800-400-7866 o r training@isgmax.com .

** $1,595 for registered UncertaintyAnalyzer users