Mohamed - Ingénieur Télécom PYTHON

Education
University of Rennes 1, Rennes , France
Ph.D., Signal Processing and Telecommunications, December 2010
 Thesis Topic: Contributions on Hybrid Localization Techniques for Heterogeneous
Wireless Networks
 Thesis Proposal: Hybrid Localization Algorithms
 Advisers: Pr. Bernard Uguen, Dr. Stephane Avrillon
 Area of Study: Signal Processing and Telecommunications

SUPCOM, Tunis , Tunisia, University of Poitiers, Poitiers , France
M.S., Broadband Transmission Systems, March 2008
 Topic: Modeling of UWB Channel Using Ray Tracing Simulations
 Advisers: Dr. Pierre Combeau, Dr. Yannis Pousset, Pr. Hichem Besbes
 Area of Study: Radio Propagation and Signal Processing

Engineer's Degree, Mobile Systems and Services, June 2007
 Topic 1: Development of a Platform for the Planning of WLAN Networks
 Advisers: Dr. Mohamed Ayadi, Dr. Riyadh Tebourbi
 Area of Study: Radio Propagation and Signal Processing
 Topic 2: Development of a Platform for the Planning of UMTS Networks
 Advisers: Dr. Mohamed Ayadi
 Area of Study: Radio Propagation and Signal Processing

University of Tunis Carthage, IPEIT, Tunis , Tunisia
B.S., Mathematics and Physics, June 2004
 National Tunisian Competition, Rank=124
PH.D, Research Engineer December 2010 to present

Academic Appointments
PH.D Research Engineer December 2010 to present
 Department of Communications, Propagation, and Radar,
University of Rennes 1, IETR Labs
Hybrid Localization Techniques for Wireless Networks
 FP7 European Projects: WHERE2 & UCELLS

PH.D Student, Research Engineer March 2008 to November 2010
 Department of Communications, Propagation, and Radar,
University of Rennes 1, IETR Labs
 Hybrid Localization Techniques for Wireless Networks
 FP7 European Projects: WHERE1, WHERE2, & UCELLS

Technical Skills
Extensive hardware and software experience in networking, information technology, and analog and digital electronics
Matlab experience: linear algebra, Fourier transforms, nonlinear numerical methods, polynomials, statistics, Optimization, visualization
Matlab toolboxes: communications, signal processing
Instrumentation and Control: Simulink, Texas Instruments, Zigbee CC2431
Programming: Python, C, C++, Java, Pascal, UNIX shell scripting, GNU make, SQL
Computer Applications: TEX (LATEX, BibTEX), most common productivity packages
(for Windows and Linux platforms), Python
Operating Systems: Microsoft Windows Professional and family, Linux, Fedora, and other UNIX variants

Mathematical Real and Complex Analysis, Measure Theory, Dierential Geometry, Graph Theory, Expertise Combinatorics, Linear Algebra
Engineering Communications and Signal Processing: Probability, Random Variables, Stochastic Pro-Expertise cesses, Estimation, Networks
Application Localization, Telecommunications, Wireless Networks, Radio-Propagation Areas

Languages English, French, Arabic