Study Guide

Objective

You identify SI units, explain their definitions, and describe basic concepts of metrology, such as measurement traceability, calibration, and measurement uncertainty.
You explain the functions of measurement system components, compare different types of sensors, and select the most appropriate sensor for a specific application.
You measure electrical quantities, identify various sources of interference, and protect measurement equipment from them.
You describe the operating principles of sensors typically used for measuring physical quantities.
You can build and design measurement systems with relevant data acquisition methods.

Content

SI units and metrology
Sensors and measurement technology, including interference protection
Computer-aided measurement systems
Signal processing

Assessment criteria, satisfactory (1)

You can identify SI units, explain their basic definitions, and describe fundamental concepts of metrology, such as traceability, calibration, and measurement uncertainty.
You can describe the operation of the basic components of a measurement system and compare sensor types at a general level.
You can select a sensor for simple applications.
You can measure physical and electrical quantities, identify basic sources of interference, and describe basic measures to protect measurement equipment.
You can describe the operating principles of sensors at a general level for measuring physical quantities.
You can design and implement simple measurement systems with basic functionalities.

Assessment criteria, good (3)

You can explain the definitions of SI units and apply metrology concepts such as traceability, calibration, and measurement uncertainty in practical applications.
You can describe the operation of measurement system components and compare different types of sensors.
You can select appropriate sensors for typical measurement applications.
You can perform measurements of physical and electrical quantities, identify sources of interference, and describe effective protection solutions for measurement equipment.
You can describe the operating principles of sensors in technical detail and apply this knowledge to general applications.
You can design and implement measurement systems where data acquisition meets the requirements of common applications.

Assessment criteria, excellent (5)

You can explain the definitions of SI units and apply metrology concepts such as traceability, calibration, and measurement uncertainty, even in demanding applications.
You can analyze the operation of measurement system components and compare different types of sensors, justifying selections based on suitability and efficiency, even for complex applications.
You can perform precise measurements of physical and electrical quantities, identify sources of interference, and design and implement effective interference protection measures.
You can describe the operating principles of sensors comprehensively and with technical accuracy, as well as assess the suitability and limitations of sensors in various situations.
You can design and implement advanced measurement systems where data acquisition is optimized and suited for complex and demanding use cases.