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Master's Dissertation
DOI
https://doi.org/10.11606/D.85.2020.tde-21092020-154213
Document
Author
Full name
Wesley Jhonnes Ramos Rolim
E-mail
Institute/School/College
Knowledge Area
Date of Defense
Published
São Paulo, 2020
Supervisor
Committee
Spencer, Patrick Jack (President)
Andrade Junior, Heitor Franco de
Demolin, Daniele Masseli Rodrigues
Title in Portuguese
Desenvolvimento de um sistema de monitoramento dos fatores temperatura, umidade, amônia e luminosidade da sala de criação do biotério do IPEN
Keywords in Portuguese
open source
biotério
monitoramento ambiental
Abstract in Portuguese
O biotério é uma instalação que tem grande importância para o avanço na pesquisa com animais, pois nele são realizadas as atividades de criação, manutenção e experimentação animal. Partindo desse pressuposto a presente dissertação aborda o desenvolvimento de um sistema de monitoramento dos fatores ambientais como: temperatura, umidade relativa do ar, amônia e luminosidade de forma automatizada através de hardware e software open source visando um protótipo de baixo custo, acessível que irá contribuir, para garantia do bem-estar animal, a gestão técnica das instalações, monitoramento compartilhado em tempo real, tomada de decisão em caso de irregularidades nos fatores observados e registro sistêmico informatizado. Após a instalação do protótipo na sala de criação do biotério do IPEN foram realizados testes com detectores calibrados afim de validar as leituras onde é foi possível verificar a correlação positiva obtida, validando assim a sua adoção como uma ferramenta para o monitoramento.
Title in English
Development of a monitoring system of the temperature, humidity, ammonia and lightness factors of the IPEN vivarium facility
Keywords in English
environmental monitoring
open source
vivarium
Abstract in English
The vivarium facility is an installation that is of great importance for the advancement of animal research, since it is where the activities of animal breeding, maintenance and experimentation are carried out. Based on this assumption, the present dissertation addresses the development of a monitoring system for environmental factors such as temperature, relative humidity, ammonia and luminosity in an automated way through open source hardware and software aiming at a low cost, accessible prototype that will contribute , to guarantee animal welfare, the technical management of the facilities, shared monitoring in real time, decision making in case of irregularities in the observed factors and computerized systemic record. After installing the prototype in the creation room of the IPEN vivarium facility, tests were carried out with calibrated detectors in order to validate the readings where it was possible to verify the positive correlation obtained, thus validating its adoption as a tool for monitoring.
 
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Publishing Date
2020-09-22
 
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