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Labs and Research Facilities
Electrical Circuits Lab: This lab helps students to apply basic measurements of electrical circuit, voltage, current and components such as resistance, capacitance and inductance. Experimental verification of basic electrical laws and theories such as series and parallel connections.
Electrical Circuits and Digital Logic Lab: This lab facilitates students to utilize fundamentals electrical circuit and digital logic circuits using lab equipment. It includes modern workbenches, digital and analog millimeters، function generators and digital oscilloscopes etc. Experimental verification of basic electrical laws and theories such as Ohm, KV, KCL, NVM, MCM, superposition, Norton, Thevenin’s and maximum power transfer.
Electronics and Digital logic circuit design Lab: This lab serves the core courses such as EE 200 (Digital logic circuit design). It familiarizes the student with logic gates and medium scale integration (MSI) circuits. Within this lab, the student tests the validity of the logic concepts. Furthermore, they can analyze، design، build and test basic combinational and sequential logic circuits. In addition, this lab serves the core courses EE 203 “Electronics I” and EE 303 “Electronics II”. In this lab the students learns the basic operations of electronic components such as diodes, BJT and MOSFET. In addition, the operation and applications of single، multistage، feedback and operational amplifier circuits are demonstrated. Furthermore، the students are given experience of operation and application of active filters and oscillators.
Electric Energy Machine Lab: This lab helps student to apply fundamental Electric Energy machines designs such as balanced three phase circuits, magnetic circuit, single phase transformers, DC generators, DC motors, Three-Phase synchronous generators, Three-Phase synchronous motors, Three-Phase induction motor with Slip-Ring rotor, Three-Phase squirrel cage induction motor and related work benches.
Electrical Engineering Design and Simulation Lab: In this lab, students perform software and hardware experiments in EE390-Digital Systems Engineering. The laboratory has ten PCs with TASM installed, ten Flight-86 embedded training kits and ten training kits for microcontroller 8051. Experiments include: Introduction to Debug and Turbo Debugger, Addressing modes and data transfer instructions, Arithmetic instructions, Shift and rotate instructions, Using BIOS Services and DOS functions Part 1: Text-based Graphics, Using BIOS Services and DOS functions Part 2: Pixel-based Graphics, Introduction to Flight86 Microprocessor Trainer and Application Board, Flight86 Application I – Traffic Lights, Flight86 Application II – Motor Control and Introduction to the 8051 Microcontroller.
Digital Systems and Communications Lab: Students perform hardware and software experiments in relation to EE370-Communications Engineering-I. The laboratory has ten workstations equipped with PCs، oscilloscopes، and function generators. Hardware experiments are performed using analog and digital communications trainers. Experiments include Amplitude and Angle modulation/demodulation, sampling and quantization, pulse code modulation/demodulation، and channel effects. Software simulations are carried out. Two spectrum analyzers with bandwidths up to 1.2 GHz are also available for observing the spectra of baseband/band pass signals.
Control Engineering Lab: The lab constitutes the practice part of control engineering course. It is a review of modeling, simulation, and implementation of a physical dynamical system by a linear time invariant ordinary differential equation. Compensators are designed to guarantee transient and steady state specifications.
Computer Lab: This computer lab is a modern, spacious facility equipped with the latest technology. It features a variety of computers, as well as a wide range of software applications. The lab also has a high-speed internet connection and access to printers and scanners. The room is well lit and comfortable, with ergonomic chairs for students to use while working. There are also whiteboards for group collaboration and brainstorming sessions. The lab is open to all students and faculty members, providing an ideal environment for learning, research, and creativity. It serves course such as ICS 103 and courses that require programming software tools. 17 in number computers are available equipped with the relevant software packages.
Power Electronics Lab: This lab is a dedicated to the study and development of power electronics. It is equipped with the latest technology and equipment to enable students to gain hands-on experience in the field of power electronics. The lab provides students with an opportunity to explore the fundamentals of power electronics, including topics such as electrical machines, power converters, motor drives, and control systems. Students can also gain practical experience in designing and building their own circuits and systems. The lab also provides access to various software packages for simulation and analysis of power electronic systems.
Renewable Energy Lab: This is a state-of-the-art facility dedicated to researching and developing new solar energy technologies. The lab features a variety of cutting-edge equipment, including photovoltaic cells, solar thermal systems, and advanced solar tracking systems. Researchers in the lab are able to conduct experiments on a variety of topics related to solar energy, such as energy storage, efficiency improvements, and cost reduction. The lab also provides educational opportunities for students interested in learning more about renewable energy sources.
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