Anyone who works with measurement results can benefit from our courses! Examples of participants who have gained from our training include testing and calibration laboratories, analytical laboratories, hospitals, car parts manufacturers and other mechanical industry, power companies, dairies, consumer researchers, forensic analysts, technical assessors, participants in standards development, and many others.
Correct use of statistical process control (SPC) provides financial benefits by establishing a safe filling level that minimises overfilling. By optimising the net content of pre-packaged goods and reducing the number of measurements, both time and money can be saved.
How can packaging be managed so that the Norwegian Metrology Service’s three packaging requirements are met with the least possible overfilling? This course gives a simple introduction to the use of control charts and diagrams to manage packaging processes. Control diagrams are used to:
The course also includes a demonstration of an Excel spreadsheet to show how easily measured values can be entered on a PC for automatic analysis.
Measurement uncertainty indicates the spread of values associated with a measurement result. The uncertainty reflects incomplete knowledge about the result. A measurement result is therefore an interval of probable values. It is important to be able to define the variables that create uncertainty. This is where the Norwegian Metrology Service contributes expertise. You are the experts in your field – our aim is to strengthen your insight into your own measurement methods.
No measurements are entirely exact. They may depend on the measurement system, procedure, operator, environment, and other factors. Anyone who uses or relies on a measurement result should know more than just the number itself – they should also understand the context: why the outcome is as it is, what traceability it has, and why that method was chosen. By understanding the result, you can also defend it.
When you know how to link uncertainty to different factors, and how they affect the results, you can focus on the uncertainties that really matter. We teach how to address the variables that make sense for your specific measurements. This saves time and can also reduce costs.
The course is especially relevant for testing and calibration laboratories seeking accreditation. It is also valuable for anyone who wants to quality assure their own measurements and improve measurement methods.
Read more about measurement uncertainty here.
Our courses provide practical knowledge that makes it easier to comply with regulations, avoid non-conformities, and gain better control of your measuring equipment.
Reduce the risk of non-conformities during supervision.
Increase staff understanding of applicable requirements.
Gain better control of your measuring instruments.
Contribute to fair trade and consumer confidence.
Save time and resources on support and follow-up.
We are happy to deliver courses at your premises on topics such as:
We need some background information to adapt the courses to your needs, such as a list of measurement tasks, details of measurement quantities, and methods used.
Contact us for more information on training and how we can best adapt it to your company. We are happy to deliver training at your site.
Do you have questions about our courses, or would you like to tailor something for your organisation?
Please contact us!
Phone:
64 84 84 84
E-mail:
postmottak@justervesenet.no
Contact form:
Fill in our contact form, and we will respond as quickly as possible.
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