Hi, I'm

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Passionate about technology and innovation, I have experience in machine learning, robotics, and mobile development. My portfolio showcases projects ranging. Always eager to learn and tackle new technological challenges!

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About Me

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Education

Bachelor's degree in Computer Science and currently pursuing a Master's in Computer Engineering. Equipped with a strong academic foundation and advanced technical skills and Cisco CCNA certified.

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Problem-Solving

I approach challenges with a logical/systematic mindset.

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Experiences

I have a diverse portfolio of projects across various domain.

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Skills

I have worked on diverse projects, including Machine Learning with YOLO models, advanced Robotics simulations in MATLAB, and mobile app development using Flutter and Android Java.

Skills

CSS

Flutter

Dart

Java

Python

Javascript

PHP

HTML

Projects

01

Road Signs Detection with YOLOv8

This project aims to develop a road sign identification system based on artificial vision. The system will be able to detect and classify road signs in real time, providing useful information to drivers and autonomous driving systems.

YOLO, Python, Google Colab

Road Signs Detection with YOLOv8

02

Flutter Clean Architecture template

A Flutter template built on Clean Architecture, designed to help developers create scalable, modular, and maintainable applications. This template offers a clear structure divided into layers (Presentation, Domain, Data) and includes best practices for state management, repository usage, and external service integration. Ideal for quickly kickstarting new projects while adhering to Clean Code principles.

Flutter, Dart

Flutter Clean Architecture template

03

Robotics Manipulability Ellipsoids

In this project, I developed a manipulability model for a 3-arm planar robot using MATLAB. The goal was to analyze and optimize the robot's ability to move and interact with the environment effectively. I implemented algorithms to calculate the system's Jacobian, studied the robot's configuration, and analyzed singularity points to identify areas where the robot is less maneuverable. This project allowed me to deepen my understanding of advanced robotics techniques and apply kinematics and control concepts in a practical context.

Matlab

Robotics Manipulability Ellipsoids

Gianfranco Canora