MEASUREMENT AND CALIBRATION SYSTEM

Day 1: 

9.00 A.M.  – 12.00P.M.

Pre-Test Assessment

Module 1 : Introduction to Calibration

• History of measurements
• Importance of calibration in quality assurance.

Module 2 : Basics of Measurement and Errors

• Key measurement concepts (accuracy, precision, traceability)
• Types of errors: systematic vs. random errors
• Common causes of measurement inaccuracies

Module 3: Understanding Measurement Uncertainty

• What is uncertainty in calibration?
• Factors contributing to uncertainty.
• Practical examples of uncertainty in different types of measurements.

1.00P.M. to 5.00 P.M.

Module 4: Types of Measurement Equipment

• Overview of common instruments: digital multimeters, thermometers, calipers, and pressure gauges.
• Basic working principles of each instrument.

Module 5: Calibration Standards and Tools

• Types of reference standards and their usage (e.g., gauge blocks, standard weights).
• Importance of maintaining calibration equipment

Module 6: Establishing Calibration Schedules

• Factors influencing calibration intervals: usage frequency, environmental conditions, and equipment type.
• Manufacturer recommendations vs. historical performance

Day 2

9.00 A.M. to 12.00 P.M.

Module 7: Calibration Process Overview

• General steps in a calibration process
• Understanding reference points and calibration curves
• Examples of calibration documentation and reports

Module 8: Calibration for Specific Instruments

• Electrical Instruments: Basics of voltage, current, and resistance calibration.
• Mechanical Instruments: Calibration of length, depth and dimension
• Thermal Instruments: Ice-point and boiling-point verification for thermometers

Module 9: Handling and Storage of Measurement Equipment

• Proper handling to maintain instrument accuracy.
• Environmental considerations (humidity, temperature, dust).
• Preventing contamination and damage.

1.00P.M. to 5.00 P.M.

Module 10: Interpreting Calibration Certificates

• Key elements of a calibration certificate.
• Understanding results, traceability, and uncertainty values.
• How to identify and address discrepancies.

Module 11: Quality Assurance in Calibration

• Best practices for maintaining calibration compliance.
• Auditing calibration processes for continuous improvement.
• Risk management strategies for calibration errors.

Module 12: Conclusion

• Training Summary
• Post Test Assessment
• Training Evaluation