Dimensional Measurement User — Classroom

Classroom-based

Overview

Dimensional Measurement is the branch of metrology (the science of measurement) dealing with the determination of the size and shape of objects. One of the main benefits of understanding dimensional measurement is that it can enable better, more cost-effective measurements in the manufacturing or engineering workplace. The principles of dimensional measurement apply to every stage of the engineering process: design, manufacture, and inspection.

In this 3-day classroom-based training course, learners will be introduced to principles of dimensional measurement, related measuring instruments, geometrical tolerancing, and tolerance types. This course was created for those looking to use good practice in measurement. It is suitable for engineers, those working in quality and process, inspection and control, designers and production staff, as well as instrument and equipment users, apprentices, and graduates.

This course is available via NPL Training, or via our training delivery network. For delivery dates and prices, please contact us or get in touch with our delivery network.

There is an online version of this course available. Visit Dimensional Measurement User — Online for more information.

Learning Outcomes

Understand the relevance of dimensional measurement, including the use of dimensional and geometrical tolerances, to all stages of the engineering process
Understand the use of datum systems in dimensional measurement
Be able to interpret tolerance frames with and without datum references, and understand the shapes of the associated tolerance zones
Be able to interpret tolerance frames for the different geometrical characteristics of form, location, orientation, and run-out
Understand principles of measurement that allow the formation of a measurement strategy, including measurement uncertainty, calibration and traceability
Confidently select and use a range of measuring instruments, using an understanding of how they should be prepared, used, read and stored
Interpret and analyse the data output from the measurement
Understand the importance of good practices associated with repeatability and reproducibility when using measuring equipment
Make informed decisions as an individual and part of a team