Guilherme Rivoredo
@Rivoredo-DevLanguage Breakdown
Lines of code distribution across 8 owned repositories
T-Shaped Developer
T-shapedDeep in Java with broad versatility
Collaboration Network
Global Impact visualization
Repos
9
PRs
0
Growth
+18%
Top Collaborators
No collaborator data yet.
Coding Streak
Contribution activity over the past year
Raul Kolarić
@raulkolaric
Liam Vedovato Lopes
@liamlopes756
WardLeiteRodrigo
@WardLeiteRodrigo
Igor Simões
@igoorsimoess
João Batistella
@John2209
Top Repositories
A robust, modular Student Registration System in Java applying advanced OOP principles. Features a decoupled architecture with customizable UI and storage interfaces, full CRUD capabilities, and data persistence via object serialization for seamless academic record management.
Fundamental MIPS assembly language exercises developed for PUC-SP. Covers basic processor operations, including arithmetic instructions, register management, and simple control flow logic (loops and branches) for educational purposes.
Data analysis case focused on the Ismart scholarship program. Includes data cleaning, exploratory analysis, and performance tracking of students. It aims to identify patterns in academic success and socioeconomic profiles using real-world educational datasets.
Advanced MIPS assembly language exercises developed for PUC-SP. This repository focuses on direct memory addressing, array processing, and the implementation of algorithmic logic (loops and conditionals) to calculate statistics such as maximum, minimum, and frequency in a low-level environment.
This repository contains a set of MIPS assembly language exercises developed as part of an academic assignment. The project focuses on fundamental programming concepts implemented at a low level, helping to reinforce understanding of how high-level logic translates into assembly instructions.
Scientific calculator developed in Java, separeted by Baisc Calculator Class and Scientific, using Object-Oriented Programming principles. Supports basic arithmetic and advanced functions such as factorial and reverse, with a modular and extensible design.
This project is a Domino Game developed in C++ using the MVC (Model-View-Controller) design pattern. The game logic (Model), user interaction (View), and game flow control (Controller) are separated to ensure a well-organized, maintainable, and scalable codebase.
Open Source Impact
Contributions to external projects
No external contributions found.