| 1 | The examination of measurement and instrument principles with various measurement fields (such as Temperature, Speed measurement), and the introduction of base units and international standards. | [1]-[2] |
| 2 | Introduction of measuring instruments, measurement errors and examination of device characteristics. | [1]-[2] |
| 3 | Introduction of Direct Current Ammeter and Voltmeter, learning how to use them, measuring resistance, and making applications on the subject. | [1]-[2] |
| 4 | To know multimeters, to learn how to read and use analogue and digital multimeters, to practice. | [1]-[2] |
| 5 | To measure Alternating Current and Alternating Voltage, to know the devices related to them and to learn their working principles, and to practice on the subject. | [1]-[2] |
| 6 | Introduction of measurement transformers, current and voltage trans. To learn how to examine, use and read measuring instruments. | [1]-[2] |
| 7 | To understand the principles of measuring power and work in electrical circuits, to make measurements with Wattmeters and meters. | [1]-[2] |
| 8 | Examining frequency, power coefficient and speed measurement and introducing measuring instruments, learning how to use them by connecting them to the circuit. | [1]-[2] |
| 9 | To recognize, connect and use clamp multimeters, environmental measurement devices, Gauss meters and network analysers. | [1]-[2] |
| 10 | Establishing circuits and making various applications related to the measuring instruments examined | [1]-[2] |
| 11 | Calibrating the oscilloscope, measuring AC and DC voltage with the oscilloscope, measuring period and frequency, and making applications on the subject. | [1]-[2] |
| 12 | Measuring phase difference, measuring power, measuring current, performing square wave tests with an oscilloscope. | [1]-[2] |
| 13 | Practicing with oscilloscopes and other measuring instruments. | [1]-[2] |