Communication Laboratory

The Communications Lab of the faculty of Engineering is managed by Dr. Hamza Issa and Eng. Khaled El-Hajj. It supports the department’s educational mission in the several areas related to communication Engineering. More than three specialized engineers teach four different courses in the lab. The courses are Propagation and antennas lab (COME471L), Communication Lab (COME481L), Microwave Engineering Lab (COME573L) and Communication circuits lab (COME588L). Moreover, several undergraduate technical electives and advanced graduate courses in the area use the laboratory to realize and conduct educational experiments. The Communications Lab is used as well to conduct research in domains relate to Radiofrequency, digital and analogue communications, signal processing for communications and Microwave Engineering. The lab has significant computational resources with more than five computers installed that can be used by the students.

Microprocessor Laboratory

The Microprocessor Lab of the faculty of Engineering is managed by Eng. Mohamad Faraskoury and is located at B326. It supports the department’s educational mission in the several areas related to Digital, Microprocessor and Microcontroller. More than four specialized engineers teach different courses in the lab. This Lab is designed such that the Electrical and Computer Engineering students get a hands on familiarity with the concepts they come across in the following courses: Digital Systems (COMP 221, COMP 222L, COME 232L, COMP 225, COMP 226), Microprocessors and Microcontrollers (COMP 324, COMP 326, COMP 326L, COMP328, COMP 335, COMP521, COME 332, COME 431), Computer Architecture (COMP 423) and the Final Year Project (COMP 501, COMP502, COME 501, COME 502). Because of the significance of these courses, the Microprocessor Lab has been carefully designed to meet the courses requirements and the digitalization development. Experiments are designed in such a way that the students become well aware of the concepts they learn in theory. The lab has significant computational resources (digital kits, Microprocessor kits, and Microcontroller kits).

Digital Signal Processing Laboratory

The Digital Signal Processing Lab of the faculty of Engineering is managed by Dr. Hilal El Misilmani and Eng. Khaled El-Hajj. It supports the department’s educational mission in several areas related to Signal Processing, Digital Signals and Systems, and Digital Communications. The Lab is designed such that the Electrical and Computer Engineering students get a hands on familiarity with the concepts they come across in the following courses: COME 381 (Signals and Systems), COME 384 (Digital Signal Processing), and COMP 453 (Transmission and Processing of Digital Signals). Experiments are carefully designed to meet the courses requirements in such a way that the students become well aware of the concepts they learn in theory and will be able to use the techniques and engineering tools for engineering practice. The lab has significant computational resources (LabView, sensor, digital kits), with more than 20 computers installed that can be used by the students.

Electronic Circuits Laboratory

The Electronic Circuits Lab of the faculty of Engineering is managed by Eng. Mohamad Faraskoury and is located at B324. It supports the department’s educational mission in the area related to Electronic Circuits. This Lab is designed such that the CEE and EPME students get hands on experience of the material they come across in the following courses: Electronic Circuits I (COME 221) and Electronic Circuits II (COME 222). The lab has the needed resources to perform the courses related experiments. The experiments are designed to complement the concepts covered in lectures.

Measurements Laboratory

The Measurements Lab of the faculty of Engineering is managed by Eng. Mohamad Faraskoury and is located at B324. It supports the department’s educational mission in the area related to Measurements. This Lab is designed such that the CEE and EPME students get hands on experience of the material they come across in the following course: Electric and Electronic Measurements (POWE 214). The lab has the needed resources to perform the courses related experiments. The experiments are designed to complement the concepts covered in lectures.

Electric machines and drives Laboratory

Electric machines is a major lab in electrical and computer engineering department located in B3 (EB327 in Debbieh Campus). The following tests are conducted: no-load, locked-rotor and loaded motors for different types of electric machines (AC and DC) and transformers. These tests serve several undergraduate courses (POWE331, POWE334, POWE532, and POWE 531). On the other hand, the electric drives lab include starting, braking, and speed control for both AC and DC machines using both traditional and new techniques. Also, different experiments are performed using special machines (stepper, universal, dahlander motor, and split phase induction motor)

Electric power and protection Laboratory

Located at EB328, this lab mainly serves courses in the power systems field (POWE321, POWE322 and POWE421, and POWE522). It is used to measure the RLC parameters of power lines and to simulate different types of electric faults. Tests are carried out using overcurrent relays, phase sequence relays, timer relays, differential relays, and directional relays. For research purpose, equipment related to power quality and active filters are available.

Control and Automation Laboratory

This lab serves several undergraduate courses (POWE541, POWE341 and COMP361). It is equipped with various kits such as PI and PID controllers. In addition to AC and DC servo motors for industrial control applications and tests. Also, the lab includes hard wired devices (relays, contactors, buttons, timers, soft starters) and PLC programing and simulation kits.

Power electronics Laboratory

Power Electronics Laboratory is located at B425. The performed tests serve several undergraduate courses (POWE 332, and POWE 431). The lab contains several kits equipped with semiconductors (diode, BJT, Thyristor, Triac, Mosfet) for electric energy conversion. Experiments carried out for controlled and uncontrolled converters and for different types of connections (single or three phase). In addition to breadboard circuits connections and projects using Arduino and it’s application in power electronic field.