Projects Completed
Traffic Light Simulation with Arduino
The project I'm presenting consists of a realistic simulation of traffic
lights at an intersection, controlled by an Arduino Mega board. With a
pedagogical approach, the system integrates traffic lights and motion
sensors, enabling traffic to be regulated in an immersive way. The project
code is divided into two main operating modes, day and night, with
functions dedicated to each mode. The careful connection of components,
such as RGB LEDs, PIR motion sensors and a photoresistor, ensures
harmonious interaction for a simulated traffic light experience at
an intersection. The attached video demonstrates the successful results
of this simulation, reinforcing my practical understanding of Arduino
concepts and traffic control. This project represents a concrete
application of the knowledge acquired during my program of study,
and testifies to my passion for programming and technology.
Link to video demonstration: HERE
Motion copy of a person in a video to 3D
As part of my project at the University of Moncton, within the Faculty of Science in New Brunswick, I have undertaken the design and implementation of a motion copying system from a person in a video into a 3D skeleton in Blender. This initiative has been made possible through the use of technologies such as Python, OpenCV, Mediapipe, and Blender. The process involves real-time extraction of human pose from a video, followed by tracing a skeleton on the person based on the extracted pose. I have successfully created a 3D model of the character in Blender, but the crucial phase of integration between the extracted skeleton and the 3D model remains to be finalized. This challenge represents a key step in achieving synchronized 3D character animation with the detected movements. This project combines skills in programming, computer vision, and 3D modeling to create an innovative motion copying application.
Sports betting website
As part of a team project at the IT University in Andoharanofotsy, Antananarivo, Madagascar, we collaborated to create a website dedicated to sports betting, designed as part of an academic project. Our approach began with a detailed work plan and task list to organize our collaboration efficiently. To ensure a clear understanding of functionalities, we drew up a UML use case diagram. The pages were designed using HTML and CSS, with the emphasis on an attractive, user-friendly interface. Functionality development was carried out in PHP, incorporating the MySQL database seamlessly to ensure efficient sports betting management. Although the project was not deployed online, it represents a rewarding hands-on experience in web planning, design and development.