Projects Handled and Going On

King Abdulaziz City for Science and Technology (KACST), Riyadh                 2013-2015

79 GHz Short Range Radar Antenna Design for Next Generation Intelligent   Automotive Radar System (SR1.74 M SAR)

 College of Engineering, King Saud University                     2014-2015

94 GHz innovative antenna design for next generation high speed Point to point fixed radio system (SR 17,500)

College of Engineering, King Saud University 2013-2014
BCB-Si based millimeter wave antenna design for 60GHz high speed indoor communication system (SR 29950 SR)-Completed

 VALEO, Germany (RASSUR Project)                                        2011-2012                                                                           

 Development of  79GHz CAR Radar Antenna

Simulations are going on for different antenna technology for automotive Short range radar communication for the whole coverage around the vehicle.

CANON, France                                                                       2009 - 2012                                                                                          

      Development of millimeter antenna array for 60 GHz communication                                  Designed and simulated different antenna prototypes with lens, and             patch as source fed by slot coupling or SIW for wide angle scanning forhigh          speed indoor communication,Final prototype is under development       stage.

  BOUYGUES Telecom, France                                                 2010-2012

 Development of 24GHz array antennas - This product is commercialized and      is used now by Orange and Bouygues Telecom, for inter-tower communication             in mobile application, in France since 2012 onwards

 LATMOS, France                                                                             2010-2011

  Development 13.5GHz bipolar antenna array with 10° and 40° tilt, for aircraft        application.

                        Developed array prototype for bipolar antenna, one polar by direct feeding other by slot coupling, with a phase shifting feed network for 10° and 40° and is placed under a big radom which is used in aircraft, supplied by LATMOS, where really the antenna is used. Whole antenna is simulated and developed by taking into account of this Radom.

  Britany Region Project, France                                                  2008-2009

                                                                                          Amount:  45000Euros

      Study and Development of millimeter wave antennas at 60GHz       communication.

            Studied by simulating and developing prototypes for different antenna technology including superstrate, to achieve high gain, wideband and efficient antenna for high speed indoor communication.

University of Arkansas, USA                                                       2008

       Measurement of Dielectric parameters of Radom sample from US Airforce in       2008 using free space measurement technique for the complete band from C     to W band.

 DST-Government of India                                                            2003 -2005

      Microwave Imaging of Biological Objects for Medical Applications using Free       Space Complex  Permittivity measurements.

                   It was a project to develop a set up for microwave medical imaging application. In this project I developed a cylindrical chamber in which the       sample/tissue which is to be imaged is placed at the centre of the chamber,   and the antenna is rotated in steps around the sample. The image of the        sample is reconstructed from the scattered field by signal processing. For   smooth traveling of the field we developed coupling media, whose permittivity    is close to the permittivity of the sample or tissue, which is placed in between     the antenna and the sample.

PhD/ Master Thesis/ Researcher (On going)

King Saud University, KSA                                                         

  MS Students

    1. Name of the Student : Nadeem Ashraf 2013-2014

   Thesis Topic : Substrate Integrated Waveguide Antennas for 60 GHz High Speed Communication Systems

     2. Name of the Student: WALEED TARIQ M SETHI 2013-2014

     Thesis Topic :MILLIMETER WAVE ANTENNA DESIGN FOR SHORT RANGE GIGABIT WIRELESS COMMUNICATION SYSTEMS

BS Students

 Name of Students: Suliman AL- bani and Ahmed AL-oraini 2013-2014

 Thesis Title: Microwave antenna design for 23GHz point – point fixed radio system

 Name of Students: Muhammad Al Rashed and Nasser Al-Homoud    2014-2015
 Thesis Title:  Antenna Design for Short Range CAR Radar Application
 
Name of Students: Hameed Naser AL Muneer and Abdullah    2014-2015
Design of Superstrate antennas for high speed WLAN/WPAN wireless communication Systems

PhD/ Master Thesis supervised/ Assisted 

University of Rennes1, France 

 PhD Thesis

 1. University of Rennes1, France                                                           2009 - 2012

    Name of the student: Tristan SARRAZIN

   Thesis topic: 60GHz antenna development using Substrate integrated Technology       for high speed wireless Communication.

 2. University of Rennes1, France                                                           2011-2014

    Name of the Student : Butel Jonathan,

   Thesis Topic : 60GHz Antenna development using Lens for high speed indoor communication.

 3. University of Rennes1, France                                                           2010-2013

 Name of the student: Toufik Tajudin

Thesis Topic:  Study of Plasma antenna array  development

Master Thesis

 1. University of Rennes1, France                                               Oct. 2010- Mar.2011

    Name of the student: Mohammed SHEIK,

   Thesis Topic: Bandwidth Enhancement of 60 GHz antennas.

Research Vacancies : Contact  hvettikalladi@ksu.edu.sa