Why this course?

Description

Course Objectives

By the end of this training, participants will be able to:
✔ Understand the fundamentals of calibration and its importance in quality management.
✔ Learn the key elements of a Calibration Management System (CMS) as per ISO/IEC 17025 & ISO 9001.
✔ Develop a systematic approach to calibration planning, scheduling, and documentation.
✔ Gain knowledge on measurement uncertainty and traceability.
✔ Learn best practices for handling calibration records and ensuring compliance with regulatory requirements.
✔ Identify common calibration errors and how to prevent them.
✔ Implement effective control measures for calibrated instruments.

Prerequisites

✅ Basic understanding of quality management principles.
✅ Familiarity with measurement and testing equipment.
✅ No prior calibration knowledge is required, but it will be beneficial.

Who Should Attend?

This training is ideal for:
🔹 Quality Managers & Engineers
🔹 Calibration & Testing Professionals
🔹 Manufacturing & Production Personnel
🔹 Maintenance & Reliability Engineers
🔹 Laboratory Technicians
🔹 Internal & External Auditors
🔹 Anyone responsible for calibration, measurement, and compliance.

Course Benefits

✔ Improve compliance with ISO/IEC 17025 & ISO 9001 requirements.
✔ Enhance product quality and measurement accuracy.
✔ Reduce errors and risks related to calibration.
✔ Develop a structured approach to calibration record-keeping and traceability.
✔ Increase efficiency in managing calibration schedules and equipment.
✔ Gain industry-relevant insights from expert trainers.
✔ Receive a certificate of completion from Quality Hub India.

Agenda: Calibration Management

Duration: One Day
 

  Introduction to Calibration  

• What is Calibration?
• Why is Calibration important?
• Key Terminologies   --- Accuracy, Precision, Measurement Standard, Uncertainty of Measurement, Traceability
• Requirements of Calibration Management System

• Calibration Planning and Schedule Development

• Identifying Equipment Requiring Calibration
• Calibration Frequency & Risk-Based Approach
• Understanding Manufacturer Recommendations vs. In-house Standards
• Maintaining a Calibration Schedule

•  Calibration Methods and Techniques

• Types of Calibration Standards
• Master Calibration vs. Working Standards
• Types of Calibration (Direct, Indirect, Comparative)
• In-House vs. Third-Party Calibration
• Calibration Process Step-by-Step

• Calibration Records and Documentation

• Essential Elements of a Calibration Certificate
• Recording & Analyzing Calibration Data
• Legal and Regulatory Compliance
• Handling Non-Conforming Equipment

• Measurement Uncertainty and Traceability

• What is Measurement Uncertainty?
• Factors Affecting Uncertainty
• Traceability Chain & NIST, NABL, ISO 17025 Requirements
• How to Minimize Uncertainty in Measurements

• Managing Calibration Failures and Non-Conformance

• Setting Acceptance Criteria as per Usage of IMTE
• Root Cause Analysis for Calibration Failures
• Impact of Non-Calibrated Equipment on Production
• Corrective and Preventive Actions (CAPA)
• Positive Recall

• Calibration Lab Basic Requirements
• NABL Accreditation
• Best Practices

5. Note: Timings are subject to change based on the specific needs of the participants and the pace of the training.

5. Disclaimer: This agenda is a suggested outline and may be subject to adjustments based on the dynamics of the training session.