The Wireless Communication Systems Engineering specialty provides training which covers all modern telecommunication and new wireless technologies such as wireless networks (WiFi, WiMax), cellular phones 3G/4G (UMTS, EDGE, HSDPA), close range wireless networks (Bluetooth, UWB), navigation and radiolocation systems (GPS, Galileo, radars), wireless sensors (ZigBee, iMote), RFID tags, digital radio (SDR).

The profile of the specialty corresponds with rapid growth of the need for knowledge and ability to design, construct, measure and develop various devices in modern wireless and cable communications systems which uses RF, millimeter and optical waves.

Students who successfully complete the program of the Wireless Communication Systems Engineering specialty will have a comprehensive ability to:

-  design systems and RF components in various technologies (PCB, multilayered LTCC, integrated) with a help of the modern CAD tools;

-  fabricate and measure fabricated components;

and also will have a comprehensive knowledge in

-  EM compatibility issues in wireless communications,

-  EM waves propagation in complex environment (buildings, urban),

-  measurement (also CAM) of RF systems and components. 

Special attention is dedicated to obtain by students the ability of handling modern CAD and CAM tools for RF systems and components. The MAE Department disposes modern CAD tools for the elements, circuit and system simulations (ADS, SONNET, QuickWave), technological laboratory (HMUS fabrication), the far-field range for antenna measurement (X, Ku bands) and the modern equipment for measurement of the parameters of the microwave components and circuits up to 40 GHz.

 The graduate of the specialty is prepared from both theoretical and practical side to active participation in industrial RF engineering projects and has the awareness and core abilities for team approach to solving problems.