9th Semester Computer Engineering Student USAC
Since I can remember, technology has always been a part of my life, which led me to pursue a degree in Systems Engineering. Driven by a desire to improve the quality of life for people and enhance the world around us. My curiosity about how computers work and the vast potential of the software field led me to pursue a degree in Computer Science and Systems Engineering. The endless possibilities in this field continue to inspire me every day.
Through my studies, I aim to develop innovative solutions that can make a positive impact on the world, using technology to solve real-world challenges and create a better future for all.
In addition to my passion for software, I am also an avid sports enthusiast, and this curiosity drives me to explore game development and other exciting fields. When I’m not coding, I’m exploring virtual worlds, always seeking new challenges and learning experiences.
This is a simple Flask-based API designed to handle basic backend operations. The API provides endpoints to perform fundamental CRUD (Create, Read, Update, Delete) operations, making it an easy-to-use solution for basic backend services.
Interactive Christmas Puzzle game for the Guatemala Government's holiday festival, featuring multi-level puzzle challenges with scoring system and prize distribution.
This system uses an CSV file to track credits and assists students in choosing the best path to complete their degree requirements efficiently.
University file management system with advanced security features, utilizing directed graphs, hash tables, and blockchain technology for secure user authentication and message encryption.
A custom programming language interpreter with lexical and syntactic analysis, supporting statistical functions, data visualization, and console-based interactions.
Network configuration and topology simulation project that tests connectivity and optimizes router and switch configurations in a virtual network environment.
A comprehensive container management system that provides deep insights into Linux container operations, utilizing kernel modules, bash scripting, and Rust for advanced system monitoring and container lifecycle management.
This project focuses on enhancing the Linux kernel by adding custom system calls and kernel modules, integrating security functionalities, and monitoring system performance through custom syscalls.
Music streaming platform built on AWS, enabling multimedia sharing, playlist creation, and user management with robust cloud infrastructure.
Postman is an essential tool for API development and testing, widely used to streamline the process of creating and interacting with APIs. It provides a user-friendly interface to make HTTP requests and analyze responses in real time.
Postman supports a variety of request types (GET, POST, PUT, DELETE) and allows users to organize and automate tests. It also provides advanced features like environment management, API documentation generation, and integration with CI/CD pipelines.
Key features include:
The Christmas Puzzle is an interactive game developed for the Guatemala Government's holiday festival, allowing citizens to play a color-based puzzle challenge on a touchscreen with multiple difficulty levels and figure configurations.
The application manages participant queues, tracks puzzle-solving performance, and calculates scores based on puzzle dimensions, movement efficiency, and selected figure complexity.
Key features include:
This system uses an XML file to track student credits and assist in course management. It helps students keep track of the courses they've completed and suggests the best course path to efficiently meet their degree requirements.
The system continuously updates the credit count based on the courses completed, providing real-time guidance on which courses to take next in order to optimize the path toward closing the degree plan.
Key features include:
A comprehensive web-based file management system for the University of San Carlos, designed with advanced security features and innovative data structures to provide secure file storage, user authentication, and communication.
The platform leverages complex data structures including directed graphs for folder management, hash tables for user storage, and blockchain for secure messaging and data encryption.
Key features include:
DataForge is a custom programming language interpreter designed for statistical analysis and data visualization, providing a comprehensive environment for code development, execution, and reporting.
Built with Java and leveraging JFlex and CUP for lexical and syntactic analysis, this project enables users to perform complex data operations, generate statistical insights, and create multiple types of graphical representations.
Key features include:
This network configuration and simulation tool helps optimize router and switch setups, while ensuring proper connectivity and network performance in a virtual environment. It simulates a range of network topologies and provides detailed analysis of traffic flow, routing paths, and device configurations.
The tool offers real-time feedback during configuration, assisting network engineers in fine-tuning their setups and ensuring reliable communication across devices. It also supports the generation of configuration files for Cisco devices, making it easier to deploy on actual hardware.
Key features include:
A comprehensive container management system that provides deep insights into Linux container operations, utilizing kernel modules, bash scripting, and Rust for advanced system monitoring and container lifecycle management.
Built using a multi-technology approach, the project combines C kernel modules, Rust services, and Docker to create a robust system for generating, tracking, and analyzing container resources in real-time.
Key features include:
The system leverages Rust's memory safety, C kernel modules' low-level access, and Docker's containerization to create a powerful, flexible container management solution that provides unprecedented visibility into system resources and container operations.
This project enhances the Linux kernel by implementing custom system calls and kernel modules, focusing on security functionalities and system performance monitoring. It integrates custom syscalls to capture memory snapshots, track system call usage, and retrieve I/O statistics.
The custom syscalls are designed to provide real-time insights into memory usage, system call activity, and I/O throttling, helping developers and system administrators monitor and optimize system performance efficiently.
Key features include:
SoundStream is a comprehensive music streaming platform designed to promote art in Guatemala, offering a robust, reliable, and user-friendly experience for music enthusiasts. The platform leverages AWS cloud services to provide seamless multimedia sharing and management.
The application supports two user types: administrators who can upload songs, and subscribers who can create playlists, play music, search for tracks, and view account statistics. It ensures a secure and scalable music streaming experience across web browsers.
Key features include: