Repositorio Institucional UniAgustiniana
El Repositorio Institucional de la UniAgustiniana administra, preserva y difunde en OPEN ACCESS los documentos académicos de la institución: tesis, trabajos finales de graduación, libros, artículos, resultados de investigación, trabajos docentes, etc. Actualmente está indexado en varios recolectores mundiales de metadatos OAI-PMH que incrementan su visibilidad y permiten la consulta y citación de sus contenidos en todo el planeta, garantizando de este modo el acceso ilimitado y continuo a nuestra producción académica/universitaria.
Recent Submissions
Desarrollo de una aplicación web interactiva para la gestión de servicios de accesorios de Motociclistas en Arias Store, 2024-2025.
Castillo-Salcedo, Andres Felipe; Villalba, Mauricio Alonso
The project designs and implements a web platform for Arias Store, a retailer that sells motorcycle accessories. The solution meets the business needs and optimizes purchasing, inventory, customer service, and dealer sales management. We use technologies such as PHP, MySQL, JavaScript, HTML, and CSS, and structure the application with the MVC model to ensure organized and scalable code. The platform allows users to register, browse a product catalog with customization options, manage purchases with various payment methods, track the status of their orders, and access wholesale modules. We also integrate tools that efficiently manage inventory and implement security measures, such as encryption and authentication, to protect data. With this solution, Arias Store optimizes its operations, improves the customer experience, and aligns with digital commerce trends, opening up opportunities for market expansion.
Software de Monitoreo Integral para Diagnóstico y Análisis en Tiempo Real del Estado del Hardware
Gonzalez-Ardila, Juan David; Villalba, Mauricio Alonso
This project develops desktop software for real-time hardware status monitoring, with a focus on the CPU, aimed at small and medium-sized enterprises (SMEs) and users without technical expertise. The application enables monitoring of CPU, GPU, RAM, hard drive usage, and temperatures, presenting clear statistics through an intuitive interface. Its purpose is to facilitate accurate diagnostics and prevent critical failures, such as overheating or resource saturation, which can lead to economic losses. Using the RAD model and tools like Electron, JavaScript, Node.js, and MongoDB, features such as automatic scanning, visual alerts, PDF report generation, and a diagnostic history were implemented. The methodology included requirements gathering, prototyping, and testing on various devices, ensuring compatibility with Windows and usability for non-expert users. Results show that 80% of evaluators found the interface comprehensible and the measurements accurate, with a design that balances simplicity and functionality. This software not only optimizes hardware maintenance but also promotes sustainability by extending equipment lifespan, reducing electronic waste. It is concluded that the application meets its goal of democratizing hardware monitoring, offering an efficient and accessible solution.
Desarrollo de un aplicativo web que genera documentación y diagramas de componentes a partir de un código fuente en JAVA
Gomez-Morales, Nicolas
This project proposes the development of an innovative web application that leverages the capabilities of artificial intelligence to automatically generate technical documentation from source code written in Java. The platform will allow users to upload both individual files and entire directories, facilitating the analysis of projects with different components. From the compiled code, the system will be able to generate clear and detailed explanations of variables, functions, classes, and other relevant structures, focusing on their purpose, function, and internal relationships. This documentation will be exportable in expanded formats such as DOCX (Microsoft Word) and PDF (Personal Digital File), facilitating its distribution and editing. In addition, the application includes a function for the automatic generation of a component diagram, which will graphically visualize the internal architecture of the software, showing how the different classes and modules relate to each other. This diagram will be available in image formats such as PNG (Portable Network Graphics), as well as in PDF for printing or incorporating into technical reports. Access to the platform will be controlled through an authentication system based on user credentials, ensuring privacy and access control for projects.
Desarrollo de una aplicación de realidad virtual con integración al metaverso para el aprendizaje de programación orientada a objetos, dirigida a estudiantes sordos y oyentes: Versión 2.0Beta (MetaPOO Plus)
Villarreal-Rojas, Eduardo Horacio; Segura-Ruiz, Martha Yanet
The main objective of this undergraduate thesis is to develop a virtual reality application called 2.0Beta, which serves as a support tool for teaching object-oriented programming (OOP) to early-semester students in the Faculty of Engineering, including both deaf and hearing students. This new version is based on a previously developed software known as MetaPOO 1.0, which has undergone significant modifications and adjustments aimed at improving user experience and interface interaction.
The updated 2.0Beta application features explanatory videos, interactive challenges, and instant feedback, all designed to help students better understand the basic concepts of OOP, as well as the fundamental pillars of this programming paradigm. Additionally, the application offers a metaverse mode, which allows users to connect via the internet and interact with each other in a shared virtual room. While this mode currently only supports basic connectivity, it remains open to future development projects that may enhance its collaborative capabilities and broaden its educational potential.
Desarrollo de una aplicación web para gestionar la alimentación y la salud de animales domésticos para la empresa Rewdev S.A.S. en la ciudad Bogotá
Corzo-Idarraga, Juan Daniel; Obando, Ana Maria
FoodiesFurry is a web application developed to manage the feeding and health of pets, integrating technology with welfare in an efficient and economical way.
The application allows you to record basic pet information, keep medical records of procedures such as vaccinations, surgeries, deworming and veterinary appointments; including reminders for these future procedures. In addition to scheduling feeding at specific times of the day remotely through a smart feeder which is integrated into the application and is made with a 3D printer which used filament input created with plastic bottles, which makes it an innovative and environmentally friendly tool.
FoodiesFurry was developed with Django as the main framework, Python as the base programming language, using Supabase as a relational database in the cloud and Bootstrap as the framework for the interface. The system also has an administrative panel, user management and a design that adapts to any electronic device, for a better user experience.