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Calibration Interval Analysis
Course Price: $349
Target Learner:
Laboratory Managers, Engineers, Scientists, and Technicians
Course Description:
Calibration Interval Analysis introduces the principles and methodologies laboratories use to establish, evaluate, and optimize calibration intervals based on objective evidence rather than fixed schedules or historical practice. Rather than relying on arbitrary annual calibration cycles, participants learn how interval analysis supports risk-based calibration management and continual improvement.
The course explores equipment stability, drift, historical calibration data, reliability concepts, calibration interval adjustment methods, out-of-tolerance analysis, measurement risk, statistical trending, and the relationship between interval analysis and measurement assurance. Learners examine how data collected over multiple calibration cycles can be used to make informed decisions about extending, shortening, or maintaining calibration intervals while preserving confidence in measurement results.
Rather than viewing calibration as a recurring event, participants learn to manage the long-term performance and reliability of measurement systems.
Key Topics
- Concepts of Interval Analysis
- Basic Statistics & Statistical Techniques
- Reliability Models
- Calibration Interval Analysis
Hours to Complete: 10
LEUs Awarded: 1
Prerequisites: None
Equipment - Materials: This e-learning course requires internet access to complete. Calibration interval analysis calculator tool is provided with course materials.
