Laboratories

Electronics Laboratories: 

Electronics laboratories are divided into hardware electronics laboratories and software electronics laboratories. Through hardware electronics laboratories, students learn how to build and design electronic circuits on discrete level. This labs is supplied with modern electronic kits (microcontroller kits and FPGA) so that students can cope with modern discrete level electronics (Embedded systems). The Laboratory is as well supplied with necessary signal source generators and acquisition such as digital oscilloscope, to carry out the necessary tests and design. The software electronics laboratories is initialized with modern software design & simulation tools, so that students will be familiar and capable to walk through the complete design flow to design Integrated Circuits (IC)

Communication Laboratories: 

Communication laboratories are classified into hardware communication laboratories and software communication laboratories. Hardware electronics laboratories, students learn how to use analog and digital transceivers that memic modern communication standards, as well as modern electronic equipment that asses the performance of communication link like vector wave analyzer and spectrum analyzer. In Software communication laboratories, students learn how to use modern software tools like Python and MATLAB/Simulink to build and model modern communication and mobile standards.

Measurements Laboratories: 

In Measurements laboratories students understand and learn how to use electronic measuring devices and instruments so that be capable to capture and quantify electrical signals. The laboratory is supplied with adequate electronic kit boards so that students can build and design electronic circuit, in addition to digital oscilloscope, digital voltmeters and other measuring instruments for signal acquisition and presentation. 

Digital Signal Processing Laboratories: 

In Digital Signal Processing DSP laboratories the students learn how to use software and simulation tools such as MATLAB/Simulink and Python to build, design and model modern DSP systems. The laboratory is supplied as well with modern DSP design kits and digital kits (FPGA) so it can be used by the students to build a prototype of a DSP system. 

Antenna & Electromagnetics Laboratories: 

In Digital Signal Processing DSP laboratories the students learn how to use software and simulation tools such as MATLAB/Simulink and Python to build, design and model modern DSP systems. The laboratory is supplied as well with modern DSP design kits and digital kits (FPGA) so it can be used by the students to build a prototype of a DSP system.