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
Estrategia para la estandarización del proceso comunicativo con el cliente de la empresa Power Deal
Arias Alarcón Yady Vannesa
The objective of this research was to design strategies to standardize the customer service communication process at Power Deal. Based on an assessment, challenges were identified related to classifying leads according to their purchase intent and the response times of sales representatives. In response, several stages were defined for the process, the CRM was reorganized and optimized, and automations and a chatbot were implemented to optimize customer service and management. Evaluating the action plan provided data on user interactions and the effectiveness of the implemented strategies. The results showed improvements in customer segmentation and response times. Furthermore, standardization helped provide greater clarity, speed, and confidence to customers, while also making it easier for sales representatives to identify potential customers and facilitate the sales process.
Desarrollo de una aplicación de realidad virtual inmersiva para el acceso remoto e interactivo a la colección bibliográfica general de la biblioteca universitaria uniagustiniana
Julián Santiago Bourdon Ladino; Mauricio Alonso Villalba
This project presents the development of an immersive Virtual Reality (VR) application
designed to replicate and facilitate remote access to the general bibliographic collection of the
physical library at Universitaria Agustiniana (Uniagustiana). The main objective is to overcome
spatial and temporal barriers, allowing students, teachers, and researchers to explore and consult
the catalog using headsets such as Meta Quest or PCVR systems. The application was built using
the Unity game engine, C# programming language, and the OpenXR standard, utilizing a local
SQLite database for information management. Beyond interactive navigation, the software
integrates features that enrich research, such as a smart recommendation system, thematic
categorization of texts, the ability to create personal virtual notes, and a community-based star
rating system. Guided by the SUM (Software Development Method for Video Games)
methodology, the project results in an innovative technological tool that modernizes access to
academic information and fosters a more collaborative and connected learning environment
Fermentación de melado de caña de azúcar empleando el moyo de barro
Daniel Alejandro Fique Santamaria; Luis Santiago Feo Caicedo; Miguel Angel Pinilla Santos; Gerardo Alvarado Mejia
Sugarcane syrup is fermented in two different parts of Colombia, exploring various fermentation methods and incorporating them into culinary recipes.
Sistema de monitoreo de temperatura para equipos biomédicos utilizando servicios IoT y Telegram
Hanna Camila Moran Barrera; Christian Yobani Ávila González; Edgar Fabian Rodríguez Veloza
This project was developed at Labtronics with the purpose of improving the monitoring of temperature and humidity conditions in the cold room used for the storage of biological products. The need for this system arose from the importance of maintaining adequate storage conditions and having continuous monitoring that allows possible variations to be identified in a timely manner.
For the development of the system, a BME280 sensor was used to measure temperature and humidity, together with an Arduino Uno board for data acquisition. The information obtained was sent to a Raspberry Pi, where it was processed using Node-RED. In addition, a database was integrated to store the records and a Telegram bot was implemented to generate alerts when the temperature falls outside the established limits.
Finally, functional and verification tests were carried out by comparing the measurements obtained with a reference device. The results made it possible to verify the operation of the prototype and its ability to monitor the environmental conditions of the cold room, facilitating information tracking and the generation of alerts.