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Rahma Aloulou Hajtaieb

Assistant Professor

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  • Address: Technopark of Sfax, B.P. 275, Sakiet Ezzit, 3021 Sfax, Tunisia
  • Phone: (+216) 74 863 042 - 74 863 044
  • Email: aloulourahma@gmail.com

Current State

Assistant Professor

RahmaAloulou was born inSfax, Tunisia, in 1985. Shereceived the engineering degreein Electrical Engineering andthe Master degree in ElectronicsEngineering from Sfax NationalSchool of Engineers (ENIS),Tunisia, respectively in 2009 and 2010. In 2015 Shereceived the

Ph.D.degree

She is currentlyworking I am Assistant Professor in electronic at the Digital Research Center of Sfax.She is member of LETI (Electronic and InformationTechnology Laboratoryof Sfax University).

Her current research interests design andmodeling of Radio Frequency Integrated Circuits

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  • January 2010 - January 2015

    §  Assistant atNational School of Electronics and Telecommunications of Sfax, University of Sfax, Tunisia, as an 

  • Since October 2015

    §  Associate Professor at Digital Research Centre of Sfaxhttp://www.crns.rnrt.tn/ §  Member of Electronic Communication Group in the Electronic and Information Technology Laboratory and working toward the HDR degree. 

  • January 2006 - January 2009

    §   Engineering degree in Electrical Engineeringfrom Sfax National School of Engineers (ENIS), Tunisia

  • January 2009 - January 2010

    §  Master degree in Electronics Engineeringfrom Sfax National School of Engineers (ENIS), Tunisia

  • January 2011 - January 2015

    §  Ph. D. degree in electronics from the University of Reunion, France, and the University of Sfax, Tunisia

design and modeling of Radio Frequency Integrated Circuits and Energy Harvesting systems for smart grid , E-health 

and wireless sensor networks applications

  • Article: A High Gain 2.45ghz Very Low Noise Amplifier With An Optimized Input/Output Impedance Matching

    In Far East Journal of Electronics and Communications, (IREE) Article · February 2017 . See more...

    · ISBN: 0973-7006
  • Article: An autonomous Power Management System for Energy Harvesting and Wireless Sensor Networks Application Based on a Novel Charge Pump Circuit

    In International Journal of Electronics, Taylor et Francis Article · January 2016 . See more...

    · ISBN: 0020-7217
  • Conference Paper: Performances Analysis of a Coupled Differential Oscillators Network Using the Contour Graph Approach

    Conference Paper · January 2016 . See more...

  • Article: Contour Graph Approach Of Micropower Clock Generator Design For Energy Harvesting Charge Pump Circuits

    In : Journal of Microelectronics, Electronic Components and Materials Article · February 2015 . See more...

    · ISBN: 0352-9045 · volume: V.45
  • Article: Micropower Clock Generator circuit using an optimized Band-Gap Reference For Energy Harvesting ChargePumps

    In International Review Of Electrical Engineering, (IREE) Article · January 2015 . See more...

    · ISBN: 1827-6660 · volume: Vol 10
  • Conference Paper: Performance Analysis Of micro power Ring Oscillator For Energy scavenging and Wireless Sensor Network Using Contour Graph Method

    Conference Paper · January 2015 . See more...

  • Conference Paper: Inductive Degeneration Low Noise Amplifier for IR-UWB Receiver for Biomedical Implant

    Conference Paper · January 2015 . See more...

  • Conference Paper: Improved Circuit Model Of Photovoltaic Cell For Energy Harvesting Application

    Conference Paper · January 2014 . See more...

  • Conference Paper: PSO-based charge pump chip area minimization

    Conference Paper · January 2012 . See more...

  • Conference Paper: Behavioral Approach for the Characterisation of a Sigma Delta Fractional-N Frequency Synthesizer for IEEE 802.16e standard

    Conference Paper · January 2011 . See more...

  • Conference Paper: An improved MOS charge pump circuit for low voltage operations and wireless sensor applications

    Conference Paper · January 2011 . See more...

The International Design and Test Symposium, IDT 2016