Method validation and Measurement Uncertainty for Testing Laboratories

Testing Laboratories

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Starts on

01 - 05 Nov, 2025 (for 5 Days)

Time

From 08:30 AM To 04:30 PM

Location

Dubai

Language

English

Description

This practical course addresses the ISO/IEC 17025 requirement for method validation, and evaluation measurement uncertainty in testing laboratories. The participant will gain an understanding of the statistical techniques required to validate test methods and estimate measurement uncertainty and will practice those skills to create method validation program and basic uncertainty budgets.

Key Objectives: After successful completion of the course, the participant will be able to:
1. Understand different types of test methods
2. Identify, explain, and recognize key terms, and definitions, related to method performance characteristics
3. Understand the relationship between method validation and quality control requirements
4. Understand the difference between method verification and method validation
5. Understand and implement basic statistics
6. Design method validation/verification programs
7. Understand different approaches used in estimation of measurement uncertainty
8. Create basic uncertainty budgets
9. Use the measurement uncertainty estimates in providing statement of conformity for tested products.

Lecturer

Audience

This course is designed for:
Laboratory Managers
Engineers
Scientists
Laboratory Technicians

Outline

Interactive hands-on training combining:
* Expert-led presentations 
* Individual & team exercises for real-world application
* Group discussions for knowledge sharing and practical solutions
Designed for immediate workplace implementation of auditing techniques.
Core Modules:

1. Measurement Uncertainty Fundamentals
* Concepts and importance in testing
* ISO principles and accreditation requirements
2. Practical Evaluation Methods
* Chemical test uncertainty calculations
* Using validation/QC data
3. Application Scenarios
* Determining fitness for purpose
* Regulatory compliance assessment
* Inter-laboratory comparisons
4. Case Studies & Exercises
* Real-world uncertainty estimation
* Problem-solving workshops

Material

Participants will receive an electronic copy of:
Comprehensive training presentation
Practical worksheets
Case study documents
Reference materials for ISO/IEC 17025 compliance

Certificate

Upon completion of the course, participants will receive a Certificate of Participation

Course Fees

The course fee a training materials, refreshments, and a certificate upon completion.

3150