Engineer Engineering
Resume:
Rania BEN KHAYAT ZEGGARI HASSANI
* *** ****** *****, ********* Césal N 4A323, 91190 Gif-Sur-Yvette
(+33) 6 51 53 51 56
*****.*********@*****.***
https://linkedin.com/in/rania-ben-khayat-zeggari-hassani-628995172/ International Master in Multimedia Networking
State Engineer in Networks and Telecommunications
2019-2020: International master 2 research of Multimedia Networking at Telecom ParisTech, Paris-France. 2018-2019: 3rd year of the engineering cycle of Radio Frequency Systems at Polytechnic Institute of Grenoble – Phelma, Grenoble-France. (Exchange ERASMUS+ with excellence scholarship), (Major of promotion). 2016-2018: 1st and 2nd year of engineering cycle of Networking and Telecommunications at Mohammadia School Of Engineering, Rabat-Morocco. (Major of promotion in 1st and 2nd year). 2014-2016: Two-year undergraduate intensive course in Mathematics and Physics to prepare for nationwide competitive examination at CPGE Ibn Ghazi, Rabat-Morocco.
2014: High School Diploma in Mathematics Science at Ibn Zohr High School, Ouazzane-Morocco. May-September 2020: End of studies project at L2S and LTCI - GIF-SUR-YVETTE (5months)
« Zero latency video coding »
February-June 2019: End of studies project at NXP Semiconductors - Toulouse, France (4months)
« Modeling a RADAR transceiver using digital modulation» July-August 2018: Engineer internship at The Moroccan Services Company EMS – Kenitra, Morocco (2months)
« Implementation of a domotic solution by linking several professional equipment » July 2017: Initiation internship at CBI - Rabat, Morocco (1month)
« Setting up a local network »
Implementation of a video codec with intra and inter coding Watermarking for copyright detection
Artificial Intelligence Visual content fingerprinting Design and construction of a transmitter for IEEE 802.11g Wi-Fi networks: (Semester 5: 4months, 100h)
• Realization of a 2.4GHz MIXER and antenna design under CST MWS.
• Realization and optimization of a low noise amplifier (LNA) in CMOS 0.35µm technology. Realization of an embedded Web platform for managing connected objects "IoT", based on a Raspberry pi and Galileo card: (Semester4:1month, 24h)
Implementation of the hierarchical LBP model for palmprint recognition under Matlab: (Semester4:1month, 24h) Multimedia Engineering: Multimedia content security (compression - protection, watermarking - encryption - biometrics), Information mathematics and source coding, source and channel coding, multimedia compression, Deep learning, Machine Learning, Artificial intelligence, CDN content distribution networks, Audio-visual transport, signal/image/video processing optimization. Electronics: Analog/Digital Electronics, Modulation Techniques, Digital Signal Processing, Embedded System Microcontrollers, RFID, Wireless Communication, Antennas, RFIC, Fiber Optics, System On Chip, RF Communications, Mobile Radio Engineering, CMOS and Layout Design, GSM-GPRS-EDGE-UMTS-LTE Networks, Wave Propagation. Managerial: Project Management and Analysis, Management and Corporate Strategy. Networks: Computer Networks, Routing and Switching, Cloud Computing (Virtualization), Storage, Cryptography and Security. Computer tools: C, SQL, VHDL, Java, Python, TensorFlow, Keras, PyTorch Software: Matlab/Simulink, CST MWS, ADS, Systemvue, Proteus ISIS, ADS, Cadence, Quartus, MPLab, Peak VHDL, Packet Tracer, Wireshark, Netbeans, Android Studio, PSpice.
WEB/Mobile development: JEE, HTML, CSS, Android.
Operating system: Linux, Windows.
Arabic: mother tongue French: fluent English: fluent Sport, Dance, Travel, Music, Piano
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