Monitoreo de la calidad del aire en las inmediaciones de la FRT – UTN
Date
2025-03-07
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UTN FRT
Abstract
El proyecto se enfoca en implementar un sistema avanzado de monitoreo ambiental para medir variables
como PM₂.₅, CO₂, NOₓ, temperatura, humedad, presión atmosférica y radiación UV. Utilizando sensores
avanzados y tecnología IoT, se recolectarán y analizarán datos en tiempo real. Los resultados se compararán
con estándares internacionales y se utilizará inteligencia artificial para predecir patrones de contaminación.
Este sistema, extensible a la sede de UTN FRT Concepción, se contrastará con un trabajo de investigación de
la Ing. Susana Moya de CEDIA de UTN FRT (Universidad Tecnológica Nacional, 2024), basado en métodos
analíticos. Además, será crucial para la concientización de la comunidad UTN-FRT, ya que podrán ver los
datos en tiempo real. Desarrollado desde el Departamento de Electrónica de UTN-FRT, en el laboratorio LIE,
el proyecto cuenta con ingenieros docentes que cursan distintos másteres, cubriendo diversas áreas de
desarrollo. Este proyecto mejorará la educación en ingeniería y la investigación en sostenibilidad,
proporcionando datos valiosos para la formulación de políticas públicas.
The project focuses on implementing an advanced environmental monitoring system to measure variables such as PM₂.₅, CO₂, NOₓ, temperature, humidity, atmospheric pressure, and UV radiation. Using advanced sensors and IoT technology, data will be collected and analyzed in real-time. The results will be compared with international standards, and artificial intelligence will be used to predict pollution patterns. This system, will also be implemented in the UTN FRT Concepción campus and will be contrasted with a research work by Eng. Susana Moya from CEDIA of UTN FRT (National Technological University, 2024), based on analytical methods. Additionally, it will be crucial for raising awareness within the UTN-FRT community, as they will be able to see the data in real-time. Developed by the Department of Electronics at UTN-FRT, in the LIE laboratory, the project involves engineers from the faculty who are studying various master's degrees, covering diverse areas of development. This project will enhance engineering education and sustainability research, providing valuable data for public policy formulation. Keywords: Air Quality, Environmental Monitoring, Sustainability
The project focuses on implementing an advanced environmental monitoring system to measure variables such as PM₂.₅, CO₂, NOₓ, temperature, humidity, atmospheric pressure, and UV radiation. Using advanced sensors and IoT technology, data will be collected and analyzed in real-time. The results will be compared with international standards, and artificial intelligence will be used to predict pollution patterns. This system, will also be implemented in the UTN FRT Concepción campus and will be contrasted with a research work by Eng. Susana Moya from CEDIA of UTN FRT (National Technological University, 2024), based on analytical methods. Additionally, it will be crucial for raising awareness within the UTN-FRT community, as they will be able to see the data in real-time. Developed by the Department of Electronics at UTN-FRT, in the LIE laboratory, the project involves engineers from the faculty who are studying various master's degrees, covering diverse areas of development. This project will enhance engineering education and sustainability research, providing valuable data for public policy formulation. Keywords: Air Quality, Environmental Monitoring, Sustainability
Description
Keywords
Calidad, Ambiente, Aire
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