Purpose of the Training
To explain to the participants the requirements of the relevant standard in order to ensure the establishment, implementation and development of a quality management system for laboratories in order to ensure that the reports of the tests / calibrations carried out in laboratories serving in the field of testing and calibration are accepted in the national / international arena and to ensure the quality of the test / calibration results.

Duration of Training
2 Days / 16 Hours

Education Content
Benefits of ISO/IEC 17025 for Laboratories
Administrative Requirements for ISO 17025
Technical Requirements of the Laboratory for ISO 17025
The Place of ISO/IEC 17025 in Quality Management Systems
Article by Article Explanation of ISO/IEC 17025 Standard
Management Terms
Accreditation Process of Laboratories according to ISO/IEC 17025

Target Audience
All personnel who will take part in accreditation and participate in accreditation studies, quality control and quality assurance officers, management staff and personnel who will carry out internal audits, calibration, testing and analysis personnel.

Purpose of the Training
In order to determine the margin of error limits of the measuring instruments used, it is necessary to investigate and determine the limits of uncertainties arising from other factors such as user, usage and ambient conditions, in addition to the errors found as a result of the calibration of the measuring instrument. In order to meet the needs of the industry in this regard, this course explains the issues of measurement instrument conformity assessment (verification) and estimation of measurement uncertainty, which are necessary for measurement instrument management, with application examples.

Duration of Training
2 Days / 16 Hours

Education Content
General Definitions and Concepts
Measurement
Measurement Result
Meaningful Numbers and Rounding
Accuracy
Reality
Certainty
Systematic and Random Error
Uncertainty

Target Audience
Those working in the fields of measurement errors and interpretation of measurement results, statistical techniques and mathematical models used in uncertainty calculation, components of measurement uncertainty, finding and reporting measurement uncertainty.