Encrusted in a row of narrow geminate houses, the story began more as a challenge rather than as an architectural project. How make the entire program of a house fit in that 4x30m lot, relying on a few illuminated surfaces?
Collaborators: Fernando Forte, Rodrigo Marcondes Ferraz, Ana Luíza Galvão, Bruno Araújo, Marcela Aleottiand Marília Caetano (architects), Mirela Caetano, Rafaela Arantes and Wilson Barcellone (interns)
The nonprofit Trust for Public Land (TPL) partnered with the San Francisco Recreation and Parks Department to update this 1958 park located between San Francisco’s Hayes Valley and Western Addition neighborhoods. Reflecting TPL’s mission to create livable communities through land conservation, the new playground and clubhouse provide this dense area with a safe, welcoming facility that fosters an appreciation for nature, outdoor activity, and social gathering.
In an inner courtyard close to the city center of Utrecht a playground is situated for the children of the neighborhood. The old existing building on the playground was to be replaced by a new one. The brief called for a modest, durable and safe new building that would upgrade the playground and appeal to children. The building has separate spaces for a kindergarten. By means of a movable partition the spaces can be interlinked to provide space for different activities and multiple uses.
Fraunhofer Portugal is a non-profit private research association and is part of the German Fraunhofer-Gesellschaft, the largest organization for applied research in Europe. Although not familiar to the general public, Fraunhofer is responsible for many important innovations, including, for example, the MP3 file format, and many advances in workplace organization research.
The Project was to design a CEIP 2L primary school that would conform to the functionality outlines devised by the Catalonia Regional Government’s Department of Education. The school has been built on a small plot and, as is standard for this kind of centre, arranged in a U shape around the infants’ playground, which frees up the rest of the plot for the primary playground. The school is in the Alameda district of Cornellá de Llobregat and is bounded on the north by a football pitch, on the east by Silici Street, by a green area on the south and by the Ronda de Dalt de Barcelona on the west.
The interior image is neo bistro in Odeon district Paris thinking about the age of discovery of Europe when fascinated by the spice. The furniture that has beautiful carved line and tile decoration is enhanced the restaurant atmosphere. There is the Garden of Eden made by layers of Glass on main dining wall and is many kind of spice display.
A new house built on the misshapen site for a family of four. The site faces the urban scale such as parking area and public pool. So it was better to keep enough distance from them, but the house open to the outside was required. We placed 3 rectangles along the site, 3 quadrangles between the rectangles and 1 triangle at the center on a plan. 3 rectangles are the mass for the rooms such as living room, kitchen, bedroom, etc. 3 quadrangles are the courtyards.
Yizhuang is a new city in the south-east of Beijing. At the moment the area is only fields on which the infrastructures works have already started. So there is a main street that will go throughout the city from north to south. This main street will be crossed by 3 main knots defining 3 main districts : an administrative district, a cultural district and an offices district. Our project is located in the offices district and will be the first to be built. A train station stops right in front of the plot, the line will be linking downtown Beijing to the upcoming Yizhuang city.
A deteriorated farmhouse in the vicinity of the castle De Haar was demolished and replaced by a new one. The context of the rural surroundings and the dominant roof shape of the old farmhouse were the ingredients for the design concept of the new farmhouse. The new house has its own strong characteristics and refers to the ‘old’ only at an abstract level and can be appreciated as a ‘sculpture in the landscape’.
Thinking about a modular, quickly deploy- able and adaptable bridge design a quite complex shape based on parametric design strategies and digital fabrication methods was developed. We started to parametrize points in X, Y and Z direction at relevant areas of a bridge in Rhino Grasshopper. Four points at the beginning and the end of the bridge and four in the middle. These 12 parametrized points give the opportunity to steer the crosssection of the bridge at three important areas. Based on these points the defi nition creates three frames one for each end of the bridge and one in the middle.
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