1. Metrology, international and national metrology institutions, standards, SI units.
2. Measurement methods and types of measurement systems. Drawing measuring circuits in project documentation. Elements of the measuring chain.
3. Types of sensors according to physical principle.
4. Analog adjustment of sensor signal - operational amplifier, filtration, analog integration, derivation.
5. Voltage-to-current, A/D and D/A converters, multiplexers.
6. Transmission path, basics of electromagnetic compatibility.
7. Basic characteristics of analog signals, frequency decomposition, parameters of sampling.
8. Evaluation instruments, measuring cards, measuring panels, virtual instruments. Device properties.
9. The basics of measured data processing. Determination of uncertainty of direct and indirect measurements.
10. Contact methods of temperature measurement, thermocouples, cold junction temperature compensation, resistance thermometers, thermistors.
11. Non-contact temperature measurements, total radiation pyrometers, narrow band pyrometers, ratio pyrometers. Calibration of pyrometers. Thermographic cameras.
12. Measurement of pressure, sensors types and principles.
13. Volume and mass flow rate measurement, flow velocity meters, volumetric meters, Pitot tube, orifice plate, nozzles, mechanical anemometers and thermoanemometers, modern sensors.
14. Analysis of gas composition, chemical, infrared, magnetic, electrochemical principles. Humidity measurement, hygrometer types. Determination of solid emissions, measurement methodology.
2. Measurement methods and types of measurement systems. Drawing measuring circuits in project documentation. Elements of the measuring chain.
3. Types of sensors according to physical principle.
4. Analog adjustment of sensor signal - operational amplifier, filtration, analog integration, derivation.
5. Voltage-to-current, A/D and D/A converters, multiplexers.
6. Transmission path, basics of electromagnetic compatibility.
7. Basic characteristics of analog signals, frequency decomposition, parameters of sampling.
8. Evaluation instruments, measuring cards, measuring panels, virtual instruments. Device properties.
9. The basics of measured data processing. Determination of uncertainty of direct and indirect measurements.
10. Contact methods of temperature measurement, thermocouples, cold junction temperature compensation, resistance thermometers, thermistors.
11. Non-contact temperature measurements, total radiation pyrometers, narrow band pyrometers, ratio pyrometers. Calibration of pyrometers. Thermographic cameras.
12. Measurement of pressure, sensors types and principles.
13. Volume and mass flow rate measurement, flow velocity meters, volumetric meters, Pitot tube, orifice plate, nozzles, mechanical anemometers and thermoanemometers, modern sensors.
14. Analysis of gas composition, chemical, infrared, magnetic, electrochemical principles. Humidity measurement, hygrometer types. Determination of solid emissions, measurement methodology.