Training Course on Calibration
Section outline
-

This module introduces key concepts in measurement and calibration, covering measurement terminology, metrology in meteorology, and calibration measurement uncertainty. It highlights standardized units, traceability, calibration lab requirements, and methods for calculating and reporting uncertainty. Activities: 5 -

This module covers the temperature unit and the International Temperature Scale of 1990 (ITS-90), including fixed points, traceability in contact thermometry, thermometer calibration by comparison, and the use of isothermal enclosures. Activities: 2 -

This module covers the theory of water vapour and humidity, including key variables, scales, and conversions. It introduces humidity measurement technologies, calibration procedures, and methods for evaluating measurement uncertainty. Activities: 2 -

This module covers the fundamentals of pressure measurement, including key concepts, instruments, standards, and calibration procedures. It also addresses laboratory setup, data acquisition, and the evaluation of measurement uncertainty using Type A and Type B methods. Activities: 1 -

This module provides an overview of the history, concepts, and definitions related to wind and surface wind measurement. Participants study the instruments and methods used to measure wind speed and direction, as well as the essential requirements for laboratory setups used in wind calibration. It also covers key considerations, practical examples, calibration procedures, and methods for calculating measurement uncertainty with illustrative examples. Activities: 1 -

This module covers the history, key concepts, definitions, variables, and units related to precipitation measurement. Participants explore the various methods and instruments used to measure precipitation, with an emphasis on rain gauge calibration. It also includes guidance on calculating combined uncertainty in precipitation calibration, supported by practical examples. Activities: 1 -

This module covers three key topics: Competencies of Laboratory Personnel, Interlaboratory Comparison (ILC), and Calibration Certificate. It explains the required competencies and roles of laboratory personnel involved in instrument calibration, the principles and procedures of ILCs, and the purpose, structure, and interpretation of calibration certificates. Together, these topics provide a comprehensive understanding of personnel qualifications, how to evaluate laboratory performance through ILCs, and how to ensure proper certification of calibration processes and results.
Activities: 3
