Hend Ahmed Ali is an Egyptian electrical engineer with a B.Sc. from Cairo University. He has experience with programming languages like C++, MATLAB, and VHDL. His graduation project used image processing and machine learning algorithms to extract data from Egyptian ID cards. He has also completed projects involving digital modulation techniques, OFDM systems, temperature/motion monitoring systems, microprocessor design, and ALU design. Hend has skills in CAD tools, desktop programming, and interned at Egyptair working on network and telephony systems. He is proficient in English and Arabic and has fair German skills.

1. Hend Ahmed Ali
7-Eltadamon Street, Elmaadi, Cairo, Egypt
(+20) 120-085-2378
(+20) 235 93 841
enghend65@gmail.com
Education
 B.Sc. in Electronics and Electrical Communications Engineering, Faculty of Engineerig,
Cairo University, (2012-2016)
- Cumulative Grade: Very Good
 Elsherok secondary school, Degla-Elmaadi, Egypt, Score: 97.4%. (2009-2011)
Technical Projects
 Graduation Project (2016)
- “Arabic Optical Character Recognition System for Egyptian ID card”:
Image processing techniques have been exploited to extract various data fields from an
Egyptian ID card like the name of the card holder, the national number, the issue date, the
religion, and the marital status. Further, machine learning algorithms have been conducted
therein. For instance, “K-Nearest Neighbor (KNN)” clustering algorithm has been used to
cluster the extracted data.
- Software Tools/ Algorithms: C++, Open-CV, and some machine learning algorithms.
- Grade: Distinction.
- Academic Adviser: Prof. Mohsen Rashwan.
 Communications Theory Projects(2015-2016)
- Digital Modulation Techniques (2015):
o Monte-Carlo MATLAB simulations have been conducted on various digital
modulation techniques like BPSK, QPSK, 16-QAM, and 64-QAM.
o These techniques have been compared to each other in terms of BER for different
values of SNR.
- OFDM (2016):
o Designed and implemented through Monte-Carlo MATLAB simulations a complete
OFDM system.
o Coded and uncoded cases have been considered.
o Noisy and fading channels have been considered—individually and simultaneously.
 Temperature and Motion monitoring System(2015)
- Designed and tested a hardware circuit for temperature and motion monitoring system
(using PIC Microcontrollers).
- The hardware circuit was supported by a software program for continuously updating the PC
with the temperature and motion status.
 Microprocessor Design (2014)
- Designed and implemented a 32-Bit general purpose integer pipelined processor based on
triadic Harvard architecture.
- VHDL was used along with the 54 instruction set.
 Adder Unit in ALU(2013)
- Designed and implemented hardware logic circuit for division operation in an ALU.
- The algorithm used therein was some sort of modification on Newton-Raphson’s algorithm
(single/double precision).

2. Technical Skills
CAD Tools:
 ModelSim (Very good)
 CodeBlocks/ NetBeans (Excellent)
 Micro C (Good)
 Multi-Sim (Excellent)
 Cadence/ Virtuoso (Very good)
 CST microwave studio (Good)
Desktop Programming:
 MATLAB (Very good)
Implementation of different communications systems like broadcasting multiple audio
waves on a channel and multiplexing between them using a Super-heterodyne receiver.
Further, lots of digital communication systems have been implemented.
 C/C++ (Very good)
Implementation of different systems like an Infix expression calculator and different
algorithms like searching and sorting algorithms.
 VHDL/Verilog (Good)
RTL synthesizable coding for sequential/combinational circuits.
Internships
Egyptair: Practiced network and telephony systems (2015).
Extracurricular Activities
 Member in Decoration, Coordination and Reception committee at EngbreakTeam(2014-2015)
 Volunteer at SufraaEl-Khair(2012-2013)
 Volunteer at Resala (2012-present)
Languages
 Arabic: Native
 English: Very good
 German: Fair
Interests
 Singing and Running
Personal Information
 Date of Birth: October 11th
, 1993
 Nationality: Egyptian