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Scientific laboratories
There are four laboratories for preliminary studies in the Electromechanical Department. Each laboratory accommodates about fifteen students. All of these laboratories are furnished with laboratory furniture and contain some laboratory equipment such as tension devices, electrical connection devices, electrical control panels of all kinds, metal melting furnace, temperature measurement devices, viscometers and electrical connection, a device for calculating fluid pressures, as well as workshop devices, equipment and other devices distributed over the nine laboratories of the department, which are:
1- Thermodynamic lab: The thermodynamic lab is the practical aspect of this subject. It contains several laboratory devices, such as a device for calculating temperature and saturation pressure, and calculating pressures for gases through training students on them.
2- Static science lab: The static science lab is considered the practical aspect of this subject. It contains several laboratory devices, such as a device for calculating the analysis of force acting on the body, and a device for calculating the balance of bodies through training students on it.
3- Fluid laboratory: The fluid lab is the practical aspect of this material. It contains several laboratory devices, such as a device for calculating the temperature and pressure applied by the fluids on the gates, as well as a device for calculating the rate of velocity and the rate of convergence of fluids also through training students on them.
4- Resistance laboratory: The material resistance laboratory is considered the practical aspect of that material. It contains a set of devices to identify the mechanical properties of metals and the behavior of materials under the influence of forces and loads imposed on them. It also contains a tensile test device, a compression test, and bending device.
5- Electrical Foundations Laboratory: The Electrical Engineering Foundations Laboratory is considered the practical aspect of this material. The first part shows the DC current and the second part alternating current, so these devices use the academic process in the practical application of the theoretical part in a realistic way. They have laboratory devices, including the application of Kirchhoff’s laws, Norton’s law and Thevenen’s law and other laboratory equipment.
6- The Electrical Circuits Laboratory: The Electrical Circuits Laboratory is the practical aspect of this material. These devices use the academic process in the practical application of the theoretical part in a realistic manner with laboratory devices.
7- Communications laboratory: The electrical engineering basics laboratory is considered the practical aspect of this subject. The first part shows analogue communications, especially the AM, FM and PM experiments, and the second part is digital communications, where the laboratory devices represent (PAM), (ASK) and (FSK) and (BSK), so these devices use the academic process in the practical application of the theoretical part in a realistic way.
8- Renewable Energy Laboratory: The Renewable Energy Laboratory is considered one of the important laboratories in the department, and it is the practical side of that material. It contains several laboratory devices, the solar radiation intensity device, the solar panels device and the solar distiller device, so these devices use the academic process in the practical application of the theoretical part in a realistic way.
9- Workshops (laboratories): The workshop laboratory is the practical aspect of some technical works related to the engineering aspect and contains a number of workshops.
(a) The lathe workshop. (B) A carpentry workshop (C) a welding workshop (D) a foundry workshop.
