Signal Processing Engineering

Haitam Zoubir

Chicago, IL *****

312-***-****

******.******@*****.***

Objective

Seeking a position in a leading edge technology company where engineering skills can be utilized to make a positive

contribution to the company.

Skills

Software: C, Java, UML, OOD/OOP, Design Patterns, Assembly, Shell, HTML, CSS, PHP, JavaScript, XML, Matlab/Simulink,

Eclipse, Linux/Unix OS, Windows OS, My SQL, Linux IPC, Software Lifecycle analysis/implementation/test/integration, Unix

System multithreading.

Statistical Analysis: Statistical Signal Processing, Pattern Recognition, Machine learning.

Networks: TCP/IP, UDP, Performance Evaluation of Computer Networks, NS-2, Wireshark, OSI Model Layers, Unix

Socket programming.

Signal Processing: DSP, Analog Signal Processing, Random Processes, Information Theory, Probability Theory.

Image/Video: Image/Video Processing, Compression Standards, Recognition, Computer Vision.

Wireless Communications: Digital Communications, Channel Coding, PHY, OFDM, CDMA, TDMA, FDMA, TFDMA, LTE.

Work Experience

Illinois Institute of Technology Chicago, IL

Research Assistant January 2013- August 2013

● Developed and tested signal processing algorithms for detection, recognition and counting of migrating

birds based on their calls in a noisy environment.

● Used machine learning Learning/Validation/Test techniques.

● Used and adapted speech recognition techniques for bird calls.

IRSTEA (French national laboratory) Bordeaux, France

Software Engineering Intern May 2012- August 2012

● Developed and implemented software treating water networks data with a user interface.

● Utilized UML and Design Patterns for software analysis and design.

● Utilized Data Mining techniques to sort water network data.

Education

Illinois Institute of Technology

● M.S. Electrical and Computer Engineering. May 2013

Bordeaux Institute of Technology

M.S. Telecommunication Engineering. May 2013

Bachelor of Engineering science. June 2011

Academic Projects

● Implementation and performance evaluation of a QPSK modulation transmission system using ADS.

● Simulation of the 802.11g Wifi OFDM transmission standard.

● Implementation of a Time-Frequency tool analysis for Biomedical signals processing for a research team at the Hospital

of Bordeaux, France( CHU de Bordeaux).

● Implementation of the JPEG standard.

● Replication and performance evaluation of a DVB transmission system.

● Reproduction of an (Radio Data System) RDS system.

● Modification of a video sequence using image segmentation.

Spoken Languages

French and Arabic.

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