Planar House by Steven Holl Architects

This private residence, designed by Steven Holl Architects, is thought to be a part of the great 20th century contemporary art collection of the owners.

Constructed of tilt-up concrete walls, the flat and rotated nature of the walls merges with the simple orthogonal requirements of the interiors for art. The house is a vessel for the art collection hidden behind a perforated sheet of Cot-Ten steel.

Via materialicious

Olivino Delicatessen Shop by Pierluigi Piu

Olivino Delicatessen Shop by Pierluigi Piu

Olivino is a delicatessen shop designed by Pierluigi Piu complementary to the Olivomare Restaurant, with which it shares the appealing aubergine colored shopfront.

The shop is limited within 40 square meters room facing the public, were a staircase protected by a full height frame-less glazed partition leads to the storage located in the basement.

The perimetrical wall, adjacent to the staircase, is entirely covered by a cladding finished with a double layer of thick opaque laminated plastic on which has been engraved a decorative patterns of variously oriented bottles and glasses.

On the opposite side a system of overhanging shelves allows to set off the pre-packed goods displayed on them, while not lasting food is shown in a custom made refrigerated counter which features a lower section, an upper glazed showcase and a working top made out of a thick solid wood board.

A light purple resign floor complete the delicatessen shop interior.

Olivino Delicatessen Shop by Pierluigi Piu

Olivino Delicatessen Shop by Pierluigi PiuOlivino Delicatessen Shop by Pierluigi Piu

Olivino Delicatessen Shop by Pierluigi Piu

Olivino Delicatessen Shop by Pierluigi Piu

House and Office by DV Architekten

House and Office by DV Architekten

DV Architekten builded their studio-home in a plot with a big tree and decided to capture the shadows of the tree in the building facade, like a tattoo.

The envelope of the building is made of translucent plastic panel reinforced with fiberglass “PRFV” of 5 mm thick. The graphics of the shadows have been designed from photos of the existing tree. The printed pattern is mounted on the panel, fixed and protected applying several layers of resin, so the final finish is uniforms and resistant.

House and Office by DV Architekten


House and Office by DV ArchitektenHouse and Office by DV Architekten

House and Office by DV Architekten

House and Office by DV Architekten

House and Office by DV ArchitektenHouse and Office by DV Architekten

House and Office by DV Architekten

House and Office by DV Architekten

House and Office by DV Architekten

Via Judit Bellostes

CO2 Saver House / Peter Kuczia

CO2 Saver House / Peter KucziaArchitect: Peter Kuczia
Location: Lake Laka, Poland
Area: 175sqm
Construction year: 2007
Usage: Single family house
Materials: Wood, Fibre cement

Using untreated larch wood and black fibre cement panels to optimise solar energy gain, this lake house in Poland is a pretty good example of how to be sustainable and respectful with the environment.

CO2 Saver House / Peter Kuczia
This sustainable house - like a chameleon - blends with its surrounding area on Laka Lake in south of Poland. Colourful planks within the timber façade reflect the tones of the rural landscape. The window reveals with fibre cement cladding, frame images of the countryside.

Analogical to the most creatures, the building is outside symmetrical, although the internal zones are arranged asymmetrically according to function.


The built form is designed to optimise the absorbance of solar energy. Approximately 80% of the building envelope is facing south direction. The single storey living space on the ground floor is externally clad with untreated larch boarding. Solar energy is gained there by the set-in glazed patio. Solar collection panels are located on the roof and a photovoltaic system is planed for the future. The dark facade of the “black box” - a three storey structure clad with charcoal coloured fibre cement panels - is warmed by the sun, reducing heat loss to the environment. The passive and active solar energy concepts and a high standard of thermal insulation are enhanced by a ventilation plant with thermal recovery system. The house consumes only about 1/10 of the average energy use of the existing single-family houses in Poland.

CO2 Saver House / Peter Kuczia

The design of the project was determinated by the twin goals of low lifecycle costs and a reduction in construction costs. All details are simple, but well thought out. The house did not cost more than a conventional one in Poland. Cost-savings were made by the application of traditional building techniques and the use of local materials and recycled building elements.

Guest House / AATA Associate Architects

Guest House / AATA Associate Architects

Architects: Aata Associate Architects
Location: Licancheu, Navidad, Chile
Client: Mario Cerda Sepulveda
Area: 26sqm
Construction start: 2005
Completion: 2006
Contractors: Carlos Vidal
Materials: Straw bales, polycarbonate, wood
Budget: 700 US$ / m2
Photos: impulsando.com

Guest House / AATA Associate Architects

The assignment was consisting of a small cabin for visits.

It was thought as for it spoils reason it was decided to do it in 2 levels, this way to diminish the surface that deals with the area.


The project is a 540cm cube (exterior measure) of wooden structure with two levels inside.

It is thought as a housing of low energetic consumption, as what special care was had in the orientation, and the interior color, the location of the windows and the isolation. In this case, the isolation material gives a special characteristic to the façades and to the entire project.

Guest House / AATA Associate Architects

For the walls bales of straw were in use stuccoes in mud, given its high thermal efficiency and for being an abundant material in the zone. These are protected from the rain by plates of transparent polycarbonate, which leaves in evidence the materiality and zinc waved in the parts top and low.
The cover is a green cover, with pasture, which prevents that the wind to strikes directly the surface, and take heat from it. This is considered a 5th façade for its also visible.

The location of the windows was projected to allow abundant sun light in the interior in winter and a crossed flow of air to ventilate it in summer.

The interior was decided to be painted white, in order that the natural light bounces and diminishes the need to use artificial light.

Leon de Grief Library Park / Giancarlo Mazzanti

Leon de Grief Library Park / Giancarlo Mazzanti

Architects: Giancarlo Mazzanti
Location: La Ladera, Medellín, Colombia
Constructed Area: 6.800sqm
Construction year: 2007
Services: Constructor AIA CONSTRUCTORES
Structural Engineer: Sergio Tobón
Materials: Concrete, Wood, Glass
Photos: Sergio Gómez

Leon de Grief Library Park / Giancarlo Mazzanti

The aim is to establish a project that enables the biggest amount of urban connections and the development of public spaces. To achieve this, there are several proposals such as enabling the roofing of the building as public space, empowering meeting places and developing viewing-points which overlook the city.


Zonal Equipment - Management Strategy

The model allows the usage of communal facilities as small open spaced theatres, viewing-points, small plazas and sport fields when placing them on the rooftop, leaving plain borders as vacuums inside the lot and thus enabling their external use.

We propose a management program between the EDU and the Culture Secretariat called “Film, Music and Theatre in my quarter”. This will allow the usage of the above mentioned roofing as auditoriums so that every two weeks a cultural show can be taken to each quarter.

Leon de Grief Library Park / Giancarlo Mazzanti

The place presents itself as a green viewing-point and a territory of connections between the lower and upper zones of the quarter, which are actually used as areas for sport activities. The project we propose will redefine the existing paths and empower the creation of shaded plazas on the library’s rooftop. As a result, it will not only multiply the connections because the building will be an obliged path, but it will create more and more events as people intertwine in the public spaces provided around the library. More than a transformation, we want to re-interpret the space so that it can be recreated into a symbolic place for the city.

The project will consist of a system conformed by three contained, rotated, squared modules that turn, adapting themselves to the landscape and the view and one curved module that unites and relates the other modules and that, in addition, allows other uses. The project is a landscape that gives the urban geography continuity through the paths and the building of public space on the rooftop, a landscape constituted by paths, theatres or inclined plazas, a spatial network with connection multiplicity and meeting places.

Leon de Grief Library Park / Giancarlo Mazzanti

PROGRAM:

1. CONTAINER 1 - COMMUNITY CENTER - User: individual and in groups. Time: 24 hours. Multiple Salons (quarter meetings), my quarter, gymnasium, sieve, technical substation (optimizing the land cut left by housing).

2. CONTAINER 2 - LIBRARY- User: individual. Time: Attending from 8am to 8pm. Foyer, reception, catalogue, collection, reading rooms, navigation centers.

3. CONTAINER 3 - CULTURAL CENTER - User: Organized groups. Time: Scheduled events. Auditorium, workshops.

4. CURVED CONTAINER - 24 hours. Can be used as support. Exposition rooms (as obliged path for all users), cafeteria, management, bathrooms, ludotechs (will be used as kinder gardens 24 hours).

Leon de Grief Library Park / Giancarlo Mazzanti

Structural system in reinforced concrete, in porches and screens.

Each container module is structurally independent from the curved connector. Modules are conformed by screens in the ends to compensate the projection afore mentioned and in the center 2 axes of rectangular columns in concrete. The connector is proposed in a reticule of metallic columns filled with concrete and a contention wall in stone gabion and concrete in the rear part.

Vinyl floors in different colors and shapes limiting pedagogic areas. Visible roofing in white concrete with inferior cake and wooden panels of 5 cm planks. White antique concrete walls. Crystal plates in sandwich with colored resin on the inside to mark and provide some color to the pedagogic areas. The mobile panels of the façade in folded cool rolled planks and curved borders with elements in teka wood.

Following this, the Container Module 1 is thought to have 3 floors, using the tilt of 12 meters left by housing.

Circulation systems crossed airs through the mentioned patios, which allow cold air to displace hot air. We propose the usage of natural air cooling systems, nurturing the inside of the library with fresh air. In addition to this, we want mobile blinds to cover the windows that face the sunset so that the effect of sunlight can be minimized. On top of the roofing-view points, we propose the plantation to trees to provide shadow.

Slovenia’s Gorgeous Honeycomb Housing Complex

Izola honeycomb housing, Izola public housing Slovenia, public housing Slovenia, beehive apartments, biomimicry in architecture, biomimicry in design, natural ventilation, solar shading, Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, špela uršič, Ofis, beehiveapartments

This stunning seaside structure bursts free from the all-too-frequently stale stock of public housing projects with its dynamic array of brightly shaded cells. Taking its cues from the modular honeycomb clusters of a beehive, the complex was constructed as a low-income residence for young families and couples in the industrial district of Izola on the Slovenian coast. The striking development boasts beautiful views and makes smart use of solar shading and natural ventilation to regulate its interiors all year-round.

Izola honeycomb housing, Izola public housing Slovenia, public housing Slovenia, beehive apartments, biomimicry in architecture, biomimicry in design, natural ventilation, solar shading, Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, špela uršič, Ofis, beehiveapartments2

At first glance, one can’t help but be taken in by the building’s beautiful staggered balconies. Designed to mimic the rhythmic structure of honeycomb, the layout creates “dynamic elevations and offers privacy to the neighboring owners.” We’re also impressed by the collaborative effort behind the project which at its core was comprised of a 9-person design team including Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, and špela uršič.


Each of the balcony modules is topped with a colorful textile shade that provides for efficient solar shading and ventilation: “Textile elements fixed on the front of the balconies block direct sunlight and accumulate ‘air buffer’ zone. In the summer, hot air accumulated in the area behind the shadings is naturally ventilated through (10 cm holes) perforated side partitions of the balconies. In the winter the warm air stays in the area and provides additional heating to the apartments.”

Izola honeycomb housing, Izola public housing Slovenia, public housing Slovenia, beehive apartments, biomimicry in architecture, biomimicry in design, natural ventilation, solar shading, Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, špela uršič, Ofis, beehiveapartments4

Izola honeycomb housing, Izola public housing Slovenia, public housing Slovenia, beehive apartments, biomimicry in architecture, biomimicry in design, natural ventilation, solar shading, Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, špela uršič, Ofis, beehiveapartments5

Izola honeycomb housing, Izola public housing Slovenia, Ofis, public housing Slovenia, beehive apartments, biomimicry in architecture, biomimicry in design, natural ventilation, solar shading, Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, špela uršič, beehiveapartments3

Izola honeycomb housing, Izola public housing Slovenia, Ofis, public housing Slovenia, beehive apartments, biomimicry in architecture, biomimicry in design, natural ventilation, solar shading, Rok Oman, Špela Videčnik, Martina Lipicer, Neža Oman, Nejc Batistič, Florian Frey, Marisa Baptista, špela uršič, beehiveapartments7

Pirihueico House / Alejandro Aravena

Pirihueico House / Alejandro Aravena

Alejandro Aravena was selected as one of the 20 essential young architects by Icon.

Architects: Alejandro Aravena, Jorge Christie, Victor Oddó
Location: Pirihueico lake, Chile
Built Area: 350sqm
Construction start: 2003
Completion: 2004
Materials: Stone, Wood, Glass
Budget: 1.000 US$ / m2
Photos: Cristobal Palma

Pirihueico House / Alejandro Aravena

We were asked to design a summer/winter house in a remote landscape in the most southern part of Chile. More than a design, the client wanted, first of all, an equation that included every possible aspect that one could consider to be included; the design then had to be just the resolution of that equation.

A volcanic site, 4.000 mm of rain every year, strong winds from the north and east, views towards the lake (east) and the forest (west), considerations of the difficulty of bringing materials to this remote place, erasure of any a priori architectural language (be it old or contemporary) were the ingredients of this unknown dish, that should have the capacity to sound familiar once developed.

Pirihueico House / Alejandro Aravena

Being the weather condition very extreme, we started taking as less risk as possible; that’s why we began from the double sloped conventional roof. Slowly, we moved on, deforming it, looking for the views, avoiding the winds, using the frame windows as the arriving or starting points of the slopes. This acceptance-rejection logic of the operations, explain the geometry of the second floor; the first floor on the contrary, is a dry resistance box, able to deal with earthquakes and with the solitude this type of houses have to deal with, great part of the year.

Stones and wood came from the clearence made in the site for the house. The darkness of the object, will be a way to restitute the original density of the place.

Iconic Incineration Line in Denmark by Erick van Egeraat

Iconic Incineration Line in Denmark by Erick van Egeraat

Erick van Egeraat has won the international competition for the design of a new incineration line in Roskilde, Denmark for Kara/Noveren, a local waste management company. Due to its large scale, the incinerator is destined to become an outstanding structure in the wide and open landscape of the Roskilde area. After its completion in 2013, the facility will produce both electricity and heating for the Roskilde district.

From their press release:

“I want to engage Incineration Line 6 in a dialogue with its historic and industrial surroundings. Close to the ground we shaped the building to reflect the angular factory roofs of the immediate surroundings,” says Erick van Egeraat. “We then let the building culminate in a 100m tall spire. This spire pays the due respect to the existing historic landmark, Roskilde Cathedral, with its trademark twin spires and its warm brick and stone material palette.”

Iconic Incineration Line in Denmark by Erick van Egeraat

Laser-cut circular openings cover the raw umber-coloured aluminium façade. At night, backlighting of the perforated façade transforms the incinerator into a glowing beacon, symbolising the energy production inside the facility. For a few minutes every hour a spark gradually grows into a blazing flame eating up the entire building. The metaphoric fire then ceases, and the building falls into a state of burning embers.

In order to fulfil the technical requirements for ventilation, wind and water tightness, the façade is composed of two layers. The inner layer provides all necessary openings for daylight and air-circulation. This liberates the outer layer from functional requirements and allows for flexibility in the patterning.

“Our design rests on standard, readily-available products and simple construction details. We use cutting-edge manufacturing technology to minimise the production costs of the façade and the eye-catching lighting scheme uses standard, energy-efficient fittings”, explains Erick van Egeraat.

The other participants in the competition are NL Architects, Cubo Arkitekter A/S, Holm & Grut Arkitekter A/S, SITE A/S Arkitekter and Arkitektfirmaet C.F. Møller A/S.

New LEED Living in Greenwich Village

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson1.jpg

A new project in Greenwich Village is bringing a mix of modern luxury and green building to the historic West Village district. Architect William Pederson, with international real estate firm Hines, recently announced the design for One Jackson Square. With an eye-catching glass façade and a host of environmentally sound features, the new development will be Greenwich Village’s first LEED-certified multi-unit luxury condominium.

One Jackson Square will provide 35 loft condominium residences on 11 floors, each with floor-to-ceiling views of the surrounding neighborhood. Eight of the condos have outdoor spaces, and the penthouse boasts a 1,670 square-foot roof terrace. On the luxury side, the building offers a round the clock concierge, valet parking, plush lounge area and catering kitchen. On site facilities include a fully stocked exercise room and a luxury spa.

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson4.jpg

The sustainable aspects of One Jackson Square include multiple terraces and a green roof which covers about 20% of the total site. Native and low maintenance landscaping was selected to reduce water consumption. Efficient HVAC systems lower the building’s overall energy usage. And, the construction materials were chosen to lower the building’s environmental impact, as well as improve indoor air quality for residents. Construction waste was kept to a minimum and much of it recycled.

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson2.jpg

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson3.jpg

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson5.jpg

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson6.jpg

One Jackson Square, Greenwich Village, William Pederson, Hines Real Estate, green building NYC, green building New York City, Jackson Square neighborhood, historic West Village New York, Kohn Pederson Fox, LEED certified buildings NYC, LEED buildings New York City, onejackson7.jpg