The robotics laboratory includes many laboratories electrical and electronic devices such as rectifiers, capacitors, and transistors, in addition to devices for measuring current and voltage, a power generator, and a wave reader. The laboratory also includes 3D printers and a robotic arm and hand. These devices are important for training students on practical applications in several laboratories, which are:
Electrical Circuits Laboratory: This laboratory is considered one of the important laboratories for first-year students. This laboratory aims to enable the student to acquire basic skills in how to build simple electrical circuits and how to use basic testing and measuring devices, where the student initially learns how to deal with devices for measuring voltage, current, and resistance, how to use them practically, and learns about the application of Ohm’s law and the types of connection of electrical circuits (series connection, parallel connection, mixed connection) and the basic laws with each type, and experiments are conducted on alternating current circuits and how to deal with them. With the oscilloscope device and how to measure frequency and phase angle using this device. Thus, the student has learned the basic principles that a limb engineer needs in practical life.
Electronic Circuits Laboratory: This laboratory is considered one of the scientific and engineering laboratories in the field of engineering of industrial limbs and supports. The importance of this laboratory lies in linking the theoretical side with the practical side, where advanced practical experiments are conducted to enable the student to understand the basics of engineering sciences in the field of electronics. This laboratory aims to enable the student to study in a practical manner the main characteristics of some basic electronic components such as diodes, transistors, and signal amplifiers, as well as to use measuring and testing devices in a practical manner to study and analyze some applications of electronic circuits.
