The rapid growth of population in big cities and the lack of spaces to build, not only has raised the building costs and rents but has led to many issues regarding meeting the housing demands as well. In order to meet all these requirements considering here the lack of time and working force, the conventional way of building needs to be updated to a new system which would be faster, more flexible and high-quality. Therefore, this project itself tries to give another possibility to the cities that need to meet all these requirements due to the rapid development in terms of population, rapid expansion and the need to build as fast as possible with a high-quality standard. The thesis has two major purposes (1) to research in urban scale about the “network society”, Urban Growth, as well as globalization as an impact in our lives, with a focus on the Metropolitan city of Berlin. The research is from the history of the city, to the current situation in terms of housing and the future developments proposed for Berlin. (2) To develop a proposal which is a research-based system of prefabricated shipping container homes that would be integrated and possibly contribute to the internal development for the city of Berlin and not only. Based on the Urban Agendas for EU, research about Berlin housing issues and the desire of community to have or even design their homes in the way, size and shape they want, an eco-friendly, reuse-based proposal is given. Shipping containers and steel structure are the main reused elements to create this inexpensive, quick, scalable, flexible and adaptive system, which when combined with a palette of mini-living furniture may result in a housing project that would fill the “gaps” in different cities, no matter shape or size of the plot but always in accordance with the regulations. Additionally, this system is “applied and verified” in a chosen location (plot) in a dense district of Berlin.
La rapida crescita della popolazione nelle grandi città e la mancanza di spazi per l'edilizia non solo hanno aumentato il prezzo delle costruzioni e degli affitti, ma hanno portato molti problemi a soddisfare la domanda di alloggi. Per soddisfare tutti questi requisiti, tenendo conto del limite di tempo e della manodopera, il modo convenzionale di costruire deve essere aggiornato a un sistema che sarebbe più veloce, più flessibile e qualità. Pertanto, questo progetto offre un'alternativa alle città che devono soddisfare questi requisiti a causa del rapido sviluppo della popolazione e del territorio, nonché della necessità di costruire edifici di alta qualità il più rapidamente possibile. . L'argomento ha due obiettivi principali (1) da esplorare a livello urbano sulla "società della rete", lo sviluppo urbano e la globalizzazione come impatto sulla nostra vita, con particolare attenzione alla città metropolitana di Berlino. La ricerca è sulla storia della città, sull'attuale situazione abitativa e sulla pianificazione urbana del futuro proposta per Berlino. (2) Per sviluppare un sistema basato sulla ricerca, questo sistema prefabbricato di "case container" sarebbe integrato e probabilmente contribuirebbe allo sviluppo del centro di Berlino e oltre. Sulla base delle agende urbane dell'UE (Unione Europea), è stata fatta una ricerca sui problemi abitativi a Berlino e sui desideri della comunità di avere o addirittura progettare la propria casa nel modo, dimensioni e forma che desiderano. ecologico "e basato su materiali riutilizzabili. Contenitori e struttura in vetro sono i principali materiali riutilizzati per creare questo sistema economico, veloce, mutevole, flessibile e adattivo che, se combinato con un pallet di "mini-living", risulterà in un progetto residenziale che riempirebbe gli spazi in diverse città, senza tener conto della forma o delle dimensioni della terreno e parcella, ma sempre in conformità con i regolamenti. Per lo piu’, questo sistema è stato applicato e verificato su un parcella in uno dei distretti di Berlino.
CO-HOMES. A PREFABRICATED SYSTEM OF SHIPPING CONTAINER ARCHITECTURE FOR INTERNAL DEVELOPMENT OF THE CITY
REXHEPI, LUMBARDH
2018/2019
Abstract
The rapid growth of population in big cities and the lack of spaces to build, not only has raised the building costs and rents but has led to many issues regarding meeting the housing demands as well. In order to meet all these requirements considering here the lack of time and working force, the conventional way of building needs to be updated to a new system which would be faster, more flexible and high-quality. Therefore, this project itself tries to give another possibility to the cities that need to meet all these requirements due to the rapid development in terms of population, rapid expansion and the need to build as fast as possible with a high-quality standard. The thesis has two major purposes (1) to research in urban scale about the “network society”, Urban Growth, as well as globalization as an impact in our lives, with a focus on the Metropolitan city of Berlin. The research is from the history of the city, to the current situation in terms of housing and the future developments proposed for Berlin. (2) To develop a proposal which is a research-based system of prefabricated shipping container homes that would be integrated and possibly contribute to the internal development for the city of Berlin and not only. Based on the Urban Agendas for EU, research about Berlin housing issues and the desire of community to have or even design their homes in the way, size and shape they want, an eco-friendly, reuse-based proposal is given. Shipping containers and steel structure are the main reused elements to create this inexpensive, quick, scalable, flexible and adaptive system, which when combined with a palette of mini-living furniture may result in a housing project that would fill the “gaps” in different cities, no matter shape or size of the plot but always in accordance with the regulations. Additionally, this system is “applied and verified” in a chosen location (plot) in a dense district of Berlin.| File | Dimensione | Formato | |
|---|---|---|---|
|
2019_10_REXHEPI_01.pdf
non accessibile
Descrizione: Project drawing
Dimensione
40.17 MB
Formato
Adobe PDF
|
40.17 MB | Adobe PDF | Visualizza/Apri |
|
2019_10_REXHEPI_02.pdf
non accessibile
Descrizione: Thesis text
Dimensione
15.28 MB
Formato
Adobe PDF
|
15.28 MB | Adobe PDF | Visualizza/Apri |
I documenti in POLITesi sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
https://hdl.handle.net/10589/149887