Join our Calibration of Force Measuring Equipment course to gain a deep understanding of calibration principles, international standards, and practical calibration techniques. This course is ideal for engineers, technicians, and professionals working with force measurement devices.
Objectives
This course aims to provide participants with a solid foundation in the principles of calibration and verification for force measurement devices. It also covers the international standard for testing and calibration laboratories, ISO/IEC 17025, and includes practical experiments to reinforce learning.
Target Group
The course is designed for specialised engineers, technicians, and professionals who are involved in the use and calibration of force measurement devices
Training Topics
Throughout the course, participants will gain in-depth knowledge in the following areas:
- A comprehensive understanding of the international standard ISO/IEC 17025, which pertains to the accreditation of calibration laboratories
- Requirements for calibration certificates and the international traceability of calibration
- Detailed explanations of the principles behind uncertainty calculations
- Calibration and verification procedures for force measurement devices, including tensile and compression machines, following the ISO 7500 standard
- Calibration and verification procedures for load cells in accordance with the ISO 376 standard
- Calibration and verification procedures for torque wrenches, following the ISO 6789 standard
Language of Instruction
The course is available in both Arabic and English
About the Trainer
Mariam Bishtawi is a Senior Specialist in calibration at the Jordan National Metrology Institute with 17 years of experience. Her expertise spans pressure, force, torque, mass, and related fields, including the evaluation of measurement uncertainty. Her practical knowledge and real-world insights make her an ideal instructor for participants looking to master force measurement equipment calibration. Mariam’s role in maintaining measurement accuracy standards at the institute underscores her commitment to precision in metrology.