| Aware |
- Can recognise key terms, principles, and functions of measurement tools, such as spectrum analysers, pressure gauges, micrometers, balances, and non-contact measurement methods (e.g. laser scanners, optical interferometers).
- Can describe the importance of accurate and precise measurements for ensuring the functionality, reliability, and safety of components and systems.
- Can describe basic concepts such as tolerance levels, calibration, and measurement uncertainties.
- Can identify key industry standards and safety protocols when conducting measurements.
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| Practitioner |
- Can independently use instruments such as spectrum analysers, pressure gauges, micrometers, balances, and non-contact measurement methods to obtain and analyse measurements.
- Can apply standard measurement practices to verify that components and systems meet technical requirements, tolerances, and performance specifications.
- Can follow procedures such as traceability and documentation of measurement activities, to maintain quality assurance in compliance with industry standards.
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| Senior Practitioner |
- Can use a wide range of measurement tools and techniques, including instruments such as spectrum analysers, pressure gauges, micrometers, balances, and non-contact approaches, to perform complex analyses.
- Can apply advanced measurement practices to verify that components and systems meet technical requirements, tolerances, and performance specifications.
- Can interpret measurement data, troubleshoot measurement issues, and ensure the highest levels of accuracy and precision in all measurements.
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| Expert |
- Can innovate and develop new measurement methodologies, tools, and technologies, such as advanced non-contact techniques, AI-based data analysis, or automated measurement systems for high-precision requirements.
- Can mentor and train team members in advanced measurement techniques and the proper use of tools.
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