Acquisition of basic knowledge about the application, its significance and trends of further development of measurement systems. The acquisition of basic knowledge of the field of electrical measurement and instrumentation. The acquisition of basic knowledge and skills in laboratory and experimental work.

Students should understand the application, the importance and trends of further development of measurement systems. Students should understand the fundamentals and the importance of the electrical measurement and instrumentation. Students will learn to work in the lab. Gaining basic knowledge of the experimental work. Knowledge gained should be used by students during their education.

The application of measurement systems in the power and energy sector. The application of measurement systems in the industry. The application of measurement systems in biomedicine and biotechnology. The application of measurement systems in environmental protection. The application of measurement systems in agriculture. Measurement systems as interdisciplinary connection between electrical engineering and computer science. The implementation of modern technology achievements in measuring systems. Measurement, Metrology, Quantities and units, systems and units, SI. Standards and common instruments. Measuring Sources: Sources of direct current / voltage, sources of AC current / voltage, variable transformers, function generators, frequency synthesizers, calibrators. Analog instruments: ammeters / voltmeters, universal instruments, wattmeters, oscilloscopes. Digital instruments: counter / timer / frequency meters, multimeters, oscilloscopes. Sensors and transducers. Auxiliary equipment: rheostats, potentiometers,decade boxes of resistance, capacitance and inductance. Virtual instruments. Distant laboratories.

Lectures, laboratory practice, consultations.