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Gobitz, D., (2019). Parque tecnológico de innovación y de investigación aplicada en acuícultura. Juli - Puno [Tesis, Universidad Peruana de Ciencias Aplicadas (UPC)]. http://hdl.handle.net/10757/656711
Gobitz, D., Parque tecnológico de innovación y de investigación aplicada en acuícultura. Juli - Puno [Tesis]. PE: Universidad Peruana de Ciencias Aplicadas (UPC); 2019. http://hdl.handle.net/10757/656711
@misc{renati/396234,
title = "Parque tecnológico de innovación y de investigación aplicada en acuícultura. Juli - Puno",
author = "Gobitz Guanilo, Diana Elizabeth",
publisher = "Universidad Peruana de Ciencias Aplicadas (UPC)",
year = "2019"
}
Title: Parque tecnológico de innovación y de investigación aplicada en acuícultura. Juli - Puno
Other Titles: Technology Park for Innovation and Applied Research in Aquaculture. Juli - Puno
Authors(s): Gobitz Guanilo, Diana Elizabeth
Advisor(s): Lecca Roe, Jaime Humberto
Keywords: Acuicultura; Piscicultura; Innovación tecnológica; Lago Titicaca; Aquaculture; Pisciculture; Technological innovation
OCDE field: http://purl.org/pe-repo/ocde/ford#6.00.00; https://purl.org/pe-repo/ocde/ford#6.04.03
Issue Date: 5-Jul-2019
Institution: Universidad Peruana de Ciencias Aplicadas (UPC)
Abstract: El Lago Titicaca se reconoce como un centro de recursos naturales para el desarrollo y supervivencia de comunidades circunlacustres. Es por esto que la pesca artesanal y la acuicultura han sido las actividades con más trayectoria en la región. La preservación de este recurso natural es de vital importancia para la trascendencia de las comunidades que la habitan y las futuras.
El proyecto se emplaza a las orillas, generando una conexión visual y física. Por esta ubicación privilegiada, era importante plantear los volúmenes individuales con plazas como espacios de intersección, debido a que se plantea como un punto de encuentro entre la comunidad científica e universitaria, el estado y el sector privado. Propone una infraestructura de investigación y experimentación para complementar los conocimientos adquiridos por tradición por los acuicultores con nuevas tecnologías y practicas responsables. Se busca implementar espacios abiertos como plazas y laboratorios especializados en los cuales se pueda investigar, enseñar y desarrollar aplicaciones innovadoras para incrementar la producción acuícola de la región y preservar el Lago Titicaca.
Por otro lado, aprovechar las condiciones climáticas del lugar para optimizar el uso del agua y la energía eléctrica, desde la recolección de aguas de luvias y energía a través de paneles solares, hasta el tratamiento de estas aguas en PTAR y realizando compost con los residuos orgánicos de los experimentos.
Lake Titicaca is considered a center of natural resources for the development and survival of the lakeside communities. Due to this, artisanal fishing and aquaculture have become the most important activities in the region. Therefore, preserving this natural resource is crucial for the future of the current communities and generations to come. Located at the shore of the lake, the research park, dedicated to research and innovation applied to aquaculture, creates a visual and physical connection with the environment. Considering this privileged location, it was important to establish individual levels with plazas as intersection areas. These plazas seek to act as meeting points for the scientific and university communities, the government, and the private sector. The park proposes an infrastructure for researching and testing in order to complement the knowledge acquired from the traditions of aquafarmers using new technologies and responsible practices. The aim is the implementation of open areas such as plazas and specialized laboratories where people can research, teach and develop innovative applications to increase the aquaculture production in the region and to preserve the Lake Titicaca. Finally, the project also seeks to take advantage of the weather conditions of the area to optimize the use of water and electrical energy in order to foster activities that range from rainwater collection, solar energy absorption through solar panels, to water treatment in wastewater treatment plants (WWTP) and composting organic waste of the production areas.
Lake Titicaca is considered a center of natural resources for the development and survival of the lakeside communities. Due to this, artisanal fishing and aquaculture have become the most important activities in the region. Therefore, preserving this natural resource is crucial for the future of the current communities and generations to come. Located at the shore of the lake, the research park, dedicated to research and innovation applied to aquaculture, creates a visual and physical connection with the environment. Considering this privileged location, it was important to establish individual levels with plazas as intersection areas. These plazas seek to act as meeting points for the scientific and university communities, the government, and the private sector. The park proposes an infrastructure for researching and testing in order to complement the knowledge acquired from the traditions of aquafarmers using new technologies and responsible practices. The aim is the implementation of open areas such as plazas and specialized laboratories where people can research, teach and develop innovative applications to increase the aquaculture production in the region and to preserve the Lake Titicaca. Finally, the project also seeks to take advantage of the weather conditions of the area to optimize the use of water and electrical energy in order to foster activities that range from rainwater collection, solar energy absorption through solar panels, to water treatment in wastewater treatment plants (WWTP) and composting organic waste of the production areas.
Link to repository: http://hdl.handle.net/10757/656711
Discipline: Arquitectura
Grade or title grantor: Universidad Peruana de Ciencias Aplicadas (UPC). Facultad de Arquitectura
Grade or title: Arquitecto
Register date: 12-Jul-2021
This item is licensed under a Creative Commons License