The theme of the project is a synthetic ecosystem. It arises in response to today's way of life and the appearance of cities. Modern life has caused the trend of an unhealthy way of life, while cities under the pressure of constant economic prosperity (progression) have become overwhelmed and inadequate for a healthy pace of life.
Synthetic ecosystem is an artificially created environment created by the principles of technological self-sustainability, humanity of living space and enhanced socialization of users.
By researching through the case studies and the work on the project, I came to the conclusion that the ecosystem consists of 4 basic components. These are architecture, horticulture, technology and a human being.
I have presented the functioning of the synthetic ecosystem through a diagram showing how the system works. A note on the diagram is that although this view is uniform for other synthetic ecosystem projects, there are segments that have arisen through the site, which means that this diagram can be used and applied because its principles are actually the same, but that each diagram Adjusts the project location.
I started out from the basic unit of residence, and that's the apartment. The user living here is dealing with a horticulture (only a small number of inhabitants are engaged in service activities). What is cultivated is further processed, and what is not processed or sold as fresh goods. Processed products are either sold or marketed. Sale is done in service spaces. Horticulture products are plants and fish. All goods that are not sold are sent to the market. The technological structure of the synthetic ecosystem allows the self-sustainability of the city in terms of its functioning. The use of healthy energy is provided by the production plant as in all premises of commercial service activities. Transportation of the city is environmentally friendly in the sense that individual motor vehicles are not used, but only public transport, while individual transport is one that uses human energy.The location is Ada Huja. It is chosen primarily because of its physical potential in terms of its position in the city, its orientation, as well as the characteristic of natural resources. Visually analyzing the location we notice the layers, the water of the Danube River, the alluvial land of the Ada, the river ruffle. Using the model of the synthetic ecosystem diagram as well as its program, we are developing a design scheme for the city. Due to the strength of the river, the first layer is the energy drive, which is watercourses, Archimedes screw and turbines. Through this system we have established the energy sustainability of the city. Then we have a promenade, a buffer zone and a zone of the second promenade, a zone of service spaces, a zone of walkways and socialization, a residential zone, a horticulture zone, a production zone, an export zone, a zone of a glove.
The architecture and structure of the city originated from the structure of the horticultural mobiliary. By imbibing the principles of inaction as well as the form of these strata, we have come to a spatial network that supplies the city in terms of the space created here. The structure is a Mero system that allows the mixing and hanging of various smaller structures, leaving a vast free space inside it.The synthetic ecosystem does not represent the maximum use of all components, and this is best represented through architecture. Materialization itself is cheap, not aesthetic, in this case, the architecture suffers. However, with the emergence of technologies in this region, because it is necessary to establish the concept of self-sustainability, mechanical aesthetics occur. In contrast to machine aesthetics, the formation of horticulture as a layer on the basis of which the ecosonomic gain is based, a certain aesthetics mixed with that machine is obtained, and together supersede the lack of aesthetics of the materialization of architecture.
Synthetic ecosystem is an artificially created environment created by the principles of technological self-sustainability, humanity of living space and enhanced socialization of users.
By researching through the case studies and the work on the project, I came to the conclusion that the ecosystem consists of 4 basic components. These are architecture, horticulture, technology and a human being.
I have presented the functioning of the synthetic ecosystem through a diagram showing how the system works. A note on the diagram is that although this view is uniform for other synthetic ecosystem projects, there are segments that have arisen through the site, which means that this diagram can be used and applied because its principles are actually the same, but that each diagram Adjusts the project location.
I started out from the basic unit of residence, and that's the apartment. The user living here is dealing with a horticulture (only a small number of inhabitants are engaged in service activities). What is cultivated is further processed, and what is not processed or sold as fresh goods. Processed products are either sold or marketed. Sale is done in service spaces. Horticulture products are plants and fish. All goods that are not sold are sent to the market. The technological structure of the synthetic ecosystem allows the self-sustainability of the city in terms of its functioning. The use of healthy energy is provided by the production plant as in all premises of commercial service activities. Transportation of the city is environmentally friendly in the sense that individual motor vehicles are not used, but only public transport, while individual transport is one that uses human energy.The location is Ada Huja. It is chosen primarily because of its physical potential in terms of its position in the city, its orientation, as well as the characteristic of natural resources. Visually analyzing the location we notice the layers, the water of the Danube River, the alluvial land of the Ada, the river ruffle. Using the model of the synthetic ecosystem diagram as well as its program, we are developing a design scheme for the city. Due to the strength of the river, the first layer is the energy drive, which is watercourses, Archimedes screw and turbines. Through this system we have established the energy sustainability of the city. Then we have a promenade, a buffer zone and a zone of the second promenade, a zone of service spaces, a zone of walkways and socialization, a residential zone, a horticulture zone, a production zone, an export zone, a zone of a glove.
The architecture and structure of the city originated from the structure of the horticultural mobiliary. By imbibing the principles of inaction as well as the form of these strata, we have come to a spatial network that supplies the city in terms of the space created here. The structure is a Mero system that allows the mixing and hanging of various smaller structures, leaving a vast free space inside it.The synthetic ecosystem does not represent the maximum use of all components, and this is best represented through architecture. Materialization itself is cheap, not aesthetic, in this case, the architecture suffers. However, with the emergence of technologies in this region, because it is necessary to establish the concept of self-sustainability, mechanical aesthetics occur. In contrast to machine aesthetics, the formation of horticulture as a layer on the basis of which the ecosonomic gain is based, a certain aesthetics mixed with that machine is obtained, and together supersede the lack of aesthetics of the materialization of architecture.
model photo
desk setting_ photos of model
desk setting
notebook design
desk setting
exibition setting
side notebooks for mentors
exibition setting
model photo
model photo
