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
Optimización de los costos de combustible de la flota de Group Super Express-fleet fuel costs Group Super Express
Duarte-Manrique, Katalina; Olaya-Jiménez, William Harry; Riaño-Sepulveda, Leidy Joahanna; Zamora-Velandia, Alexander
The purpose of this research is to design a model for optimizing the operating costs of
Group Super Express Cargo S.A.S through the efficient management of fuel consumption in its
fleet, with the aim of improving operational efficiency, profitability, and financial sustainability.
Optimización de los costos de combustible de la flota Group Super Express - Fleet fuel cost optimization Group Super Express
Duarte-Manrique, Katalina; Riaño-Sepulveda, Leidy Johana; Olaya-Jiménez, William Harry; Zamora-Velandia, Alexander
The purpose of this research is to design a model for optimizing the operating costs of
Group Super Express Cargo S.A.S through the efficient management of fuel consumption in its
fleet, with the aim of improving operational efficiency, profitability, and financial sustainability.
Sistema modular de captación de aguas lluvias conectado a la red hidráulica residencial en la Sabana Centro
Melo Zamora Luisa Fernanda
The Sabana Centro region of Bogotá is undergoing rapid urbanization, increasing the demand on
an already deficient water system. Recent studies project that water supply and demand in the
region will equalize by 2030, necessitating complementary supply alternatives. This article
analyzes the feasibility of a modular rainwater harvesting system connected to the residential
water network as a strategy to reduce potable water consumption by 20% in urban and rural
homes in Sabana Centro. The study employs a mixed-methods approach, with a hybrid
methodological framework that integrates the performance domains of the PMBOK Guide
(seventh edition) with the five phases of Design Thinking (empathize, define, ideate, prototype,
and test). A non-probability sample of 58 households from the municipalities of Cajicá, Chía, and
Cota was used, with data collected through surveys, document analysis, and triangulation. The
expected results include a technical proposal for a modular system and an assessment of its
technical, economic, and social feasibility based on a prototype. The main contribution of the
study is to demonstrate whether it is feasible to implement a rainwater harvesting system
connected to the internal hydraulic network of the house, demonstrating a measurable and
replicable alternative to reduce total dependence on the conventional water supply in contexts of
increasing water stress.
Sistema modular de captación de aguas lluvias.pdf
Melo Zamora Luisa Fernanda
The Sabana Centro region of Bogotá is undergoing rapid urbanization, increasing the demand on an already deficient water system. Recent studies project that water supply and demand in the region will equalize by 2030, necessitating complementary supply alternatives. This article analyzes the feasibility of a modular rainwater harvesting system connected to the residential water network as a strategy to reduce potable water consumption by 20% in urban and rural homes in Sabana Centro. The study employs a mixed-methods approach, with a hybrid methodological framework that integrates the performance domains of the PMBOK Guide (seventh edition) with the five phases of Design Thinking (empathize, define, ideate, prototype,
and test). A non-probability sample of 58 households from the municipalities of Cajicá, Chía, and Cota was used, with data collected through surveys, document analysis, and triangulation. The expected results include a technical proposal for a modular system and an assessment of its technical, economic, and social feasibility based on a prototype. The main contribution of the study is to demonstrate whether it is feasible to implement a rainwater harvesting system connected to the internal hydraulic network of the house, demonstrating a measurable and replicable alternative to reduce total dependence on the conventional water supply in contexts of
increasing water stress.