AVELINE LEZIL

CAREER SUMMARY: Computer Engineering Graduate with experience in Computer Architecture, OS internals and GPUs seeking a challenging position in the area of Computer Engineering in an organization, which will provide an opportunity to utilize my education and skills to work towards the success of the organization.

• Cache Performance Simulator (C++): This project aimed at the design and development of a cache
  performance simulator that will read a cache configuration file and a memory address trace file to
  simulate the cache hit/miss behavior on each of the memory addresses. Also, outputs the cache
  performance results.
• MIPS Disassembler (Python): This project aimed at the implementation of a MIPS binary disassembler.
  The program was designed to read a text file that contains MIPS binary code and output another text
  file that has the corresponding MIPS assembly code.
• 16-bit RISC MIPS Processor (Verilog): A 16-bit RISC MIPS Processor was designed and implemented
  using Verilog on Xilinx Vivado. The project involved the behavioral design and the functional
  characteristics implementation of the MIPS processor. The generated bitstream of MIPS processor
  was loaded to the FPGA (Nexys4 DDR).
• Tic-Tac-Toe (C++): Developed a tic-tac-toe single/ two player game using C++ where the player can
  choose to play against the computer or can have another human play with them. This project also
  has the option to select the number of grids (starting at 3*3 up to 10*10).
• Face Recognition Using OpenCV (Python): Developed a program to verify a person and identify them
  with a video or picture from a source using OpenCV. This camera-based real-time face recognition
  system was developed using OpenCV, Haar Cascade and Python.
• HDL Simulations (Verilog): Implemented GCD Controller, Even Parity, ALU, BCD and 7-Segment Display
  using Verilog on Xilinx Vivado. The goal of this project was to synthesis and analyze the HDL designs.
  Also viewed the synthesized design as schematic in the RTL viewer.
• Rowdy Box (Python): Designed a Dropbox-like solution for online backup of user’s data across multiple
  devices owned by different users. Needham Schroeder authentication and Diffie Hellman key
  exchange protocols were used to address the security issues. The code was implemented in Python3
  using Socket programming with the help of Pycrytodome package.
• Directory Iterator (C++): Developed a C++ program to read all the files in a given directory and it’s
  subdirectories. User has the option to choose various operation to perform on these files, like display
  total frequency of words, display the occurrence for a given word, check if parentheses are balanced,
  for a user given regex search pattern displays the matched string, and matches a search parameter
  using the TF-IDF measure.
• Cryptosystems Developed (Python): Developed various cryptosystems using various python packages
  like Math and Pycyptodome. The goal of this project was to learn symmetric key and public key
  cryptosystems. Initially a symmetric key cryptosystem was implemented using two private keys, We
  then further extended the project by introducing integrity. We enhanced the symmetric key
  cryptosystem and public key cryptosystems, such as Diffie-Hellman, RSA and ElGamal were also
  implemented.
• Fuel Monitoring and Pollution Detection System (Embedded C): Designed and developed a system
  that can detect fraudulence at gas stations and monitor pollution emitted by the vehicle using
  ARM7(LPC2148). A LED and LCD display were used for the user interface. Keil μvision and Proteus
  Design Suite were used to perform software coding and electronic design simulation.