Light: 75 kg/m2 < p ≤ 125 kg/m2

Tradition with open joint (C.007)

How to introduce in a new building of housing the traditional aesthetics of facade of the old town of Barcelona?The proposal tries to introduce the shapes and textures of the traditional architecture of the context with the technologies of a prefabricated facade in order to combine the lightness of a rainscreen solution with the texture and materials of the place.The result is a plaster facade with open joints that remark the horizontals, aiming to give the shapes and shadows of the old balconies of Ciutat Vella.

Urban Entropy (C.008)

The Poblenou neighbourhood is located a few metres from the Barcelona coast. A formerly working class district with a large capacity of people who are increasingly suffering from problems of gentrification. This is characterized by buildings of considerable height called Túpolev, which were built in the mid-twentieth century to accommodate humble families. The main problem with these buildings is that they border between the beach and the neighborhood and tourism is driving rents up exponentially. This is why this project aims to rebuild social housing at low cost.

Unitized panels with enhanced thermal and acoustic performance (C.001)

PROJECT'S CONTEXT This project tries to rethink the role of the Gran Via and the relationship between the different urban areas approaching El Prat to l'Hospitalet. A series of structural modules are proposed as a base to which trusses can be added.The module could be implemented in other places as a roof that’s able to collect water and produce energy. Responding to the changing needs of the infrastructure, the new building, which is going to host the new Technology Park, is a flexible space where the facilities and construction solutions are based on the Plug&Play system.

The Mountain House: Housing in Poblenou 2 (C.009)

Rainscreen facade with aluminium profiles structure and cladded with cement wood board with a second skin of U-GlassThis housing building is located in Barcelona, a city know for its warm and humid clima. This is the second facade of the building, the one that gives access to the housing throgh a gangway that runs the building. It is also a place for the neighbors to hang out and take their furniture outside, becoming another room of the house.

It is not easy to solve the entire envelope of a building, both façade and roof, with a continuous mantle of slopes varying from 0% to 100%. Tightness in the façade plane, where gravity acts in our favour, has been entrusted to geometry and drainage. However, this solution is not possible on the roof. The changes of slope in a topography of rounded ridges generates practically zero slope planes, which can only be resolved with absolutely waterproof materials.

ISARHOF SCHOOL IN MUNICH (C.012)

This project is called Isarhof, wich means in german “the yards of Isar”, as a reference to those empty spaces trhough the school, and at the same time, the proximity to the Isar river. I wanted to implement a three-yard systemdifferentiated, where the urban life is developed and at the same time the day to day of the students. These gaps generated by the building itself and the elimination of some pre-existing ones, generate separate interstitial spaces.

Amazing!!! Apparently formal, exaggerated, gratuitous… nothing could be further from the truth!!!

This façade is covered by an extraordinary sun and rain screen. Try to drive the rain water to the inside… impossible!! Only a horrible wind could achieve that by moving water against gravity. 

About the filtering function: filt3rs.net

The façade solution for the Institut de Recerca of the Hospital de Sant Pau illustrates the collaboration of Pich-Aguilera Arquitectes with formalization very similar to that of the Leitat building. If we look at the naked image of the thermal and watertight envelope, the two buildings can hardly be distinguished. In addition, both are covered with a ceramic lattice that partially hides the inner closure from the sun.

In filt3rs we talk about “A unique wrapping”; P. Garrido and J. Prous in “Deep Skin” refer to “Burqas and veilings”. This project by IDOM also adopts the tendency to cover the building with a continuous skin that is more or less abstract and placed over a more functional enclosure.

On this occasion, the interior is glass and the outer skin a perforated metal sheet that reproduces the image of a green landscape.