I'm an Electronics and Informations Engineering student at Imperial College London, with a passion for developing AI applications to increase efficiency of processes.

I come from France, but have lived in Vienna, Austria and London, United Kingdom.

I speak French, English, Spanish and German.

I love travelling and have been to 35 countries/territories so far!

• Machine Learning Consultant/Researcher at Maisha Design, an Interior Design firm

  • Identify areas of design with potential for improvement
  • Research the market to find novel approaches
  • Design a machine learning solution that emulates Maisha Design's creative process
  • Implement a Minimal Viable Product (MVP)
  • Conclude on findings and identify improvement possibilities

• Software Engineer at Maisha Design

  • Develop software solutions to automate repetitive tasks
  • Design and develop a database of suppliers
  • Streamline client relationships with automatic invoice generator

• 32-Bit RISC-V ISA CPU Design and Implementation

  • Fully functional CPU with pipelining, data cache and automatic hazard handling and branch prediction
  • Use of SystemVerilog, C++ and RISC-V ISA
  • Comprised of a Program Counter, Control Unit, Hazard Handling Unit, Data Memory RAM, Instruction Memory ROM, Data Cache and Pipeline Registers

• 2 Player Flight Simulator with wireless FPGA controller

  • Features 2 DE10-Lite FPGA controllers, using switches, buttons and onboard accelerometer to control a plane
  • FPGA controllers wirelessly connect to AWS EC2 instance to asynchronously process inputs and output next plane state
  • State of both planes rendered in the same 'world' with Unreal Engine 4 to provide smooth gameplay
  • The goal of the game is to use the FPGA as a joystick to control and race the other plane through a portal
  • Time taken is recorded and stored as a highscore in a DynamoDB AWS database

• Remote Controlled Rover

  • Functioning rover robot capable of movement in 4 directions
  • Remote controller with Wifi communication
  • Capable of measuring magnetic fields, decode radio signals and decode infrared signals
  • Dual Arduino board with I2C protocol for multi-threaded control, sensing and filtering
  • 3D Printed frame

• Autonomous search-and-rescue quadcopter

  • 4-rotor Drone capable of detecting and avoiding obstacles autonomously
  • Use of the YOLOv3-tiny convolutional neural network to automatically locate obstacles in field of view
  • Custom made algorithm using simple trigonometric principles to find the shortest path around the obstacle
  • Designed to travel from a Point A to a Point B as fast as possible in Alpine search-and-rescue operations

• RISC-V ISA C-Language Compiler

  • Implemented in 48 hours
  • Implemented functions and function calls, variables, data types, arithmetic and boolean operations
  • Capable of compiling a C-90 program into RISC-V Assembly