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Menzies Research Building by Lyons

July 6th, 2010

Menzies Research Building by Lyons

Melbourne architects Lyon have completed this medical school for the University of Tasmania with a concrete façade punctuated by flowing arches and slanted windows.

Menzies Research Building by Lyons

The Menzies Institute houses a range of laboratories, accommodation and medical facilities.

Menzies Research Building by Lyons

The building is entered through a formal archway on the street corner that leads into a glazed atrium.

Menzies Research Building by Lyons

A steel stairwell at the heart of the building connects all the main spaces and acts as communal meeting area for staff and students.

Menzies Research Building by Lyons

Here’s some more from the architects:


University of Tasmania – Medical Science 1 (Menzies Institute & UTas School of Medicine) Corner Liverpool and Campbell Streets, Hobart, Tasmania

Menzies Research Building by Lyons

The University of Tasmania’s School of Medicine and the Menzies Research Institute bring together, in Medical Science 1 (MS1), the aspiration to deliver leading edge world-class laboratories, clinical research and medical training facilities.

Menzies Research Building by Lyons

Initially called the ‘Co-location project’, the conceptual basis for the project was to create a synergistic environment for these once separated facets of the University.

Menzies Research Building by Lyons

At the core of the concept is the creation of a ‘new culture’, reinforced in the building’s image and its social and functional planning.

Menzies Research Building by Lyons

As a public building of the city, it invites the public participation of the street through its corner entry; large transparent steel windows and glazed atrium space which is shaped by an organic steel formed structure separating MS1 and the existing heritage building (Hollydene House).

Menzies Research Building by Lyons

The building recognises its role, as a city landmark.

Menzies Research Building by Lyons

On one corner marking Liverpool and Campbell Streets, whilst, on the opposite side, creating a dialogue with the landscape of the Domain and the vehicular movement of the Brooker Highway.

Menzies Research Building by Lyons

Feature corner windows formed in steel punctuate this relationship and imply a layered façade comprising of steel and concrete.

Menzies Research Building by Lyons

The image of the building, expressed through its steel framed fenestration, is derived, abstractly from the surrounding mountain ranges and Derwent River.

Menzies Research Building by Lyons

The curvilinear form of the building is a reference to the nonexistent Park Rivulet which was influential in shaping the edge of the city grid, upon which MS1 is tied.

Menzies Research Building by Lyons

The shaped steel windows of the upper levels provide the occupants with a means to see the spectacular landscape with new emphasis.

Menzies Research Building by Lyons

On the street, the steel lined window ‘arch’ forms reference an already established local typology whilst abstractly symbolising the mountains that background Hobart city.

Menzies Research Building by Lyons

The resolution of functional planning was determined by the differing needs of the PC2 laboratory and teaching facilities.

Menzies Research Building by Lyons

The PC2 Laboratory, with its intensive reliance on services including fume exhausts, was best suited at the top of the building (Level 5), where as the teaching facilities were more suited to the lower levels (Levels 1&2), due to circulation loads on lifts and stairs.

Menzies Research Building by Lyons

Staff accommodation was located between, on Levels 3 & 4. Connecting these spaces together, the central steel stair is designed as the feature and the heart of the building, offering the possibility for social interaction to staff, students and researchers.

Menzies Research Building by Lyons

Menzies Research Building by Lyons

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Menzies Research Building by Lyons

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Menzies Research Building by Lyons

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Menzies Research Building by Lyons

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56 Leonard Street by Herzog & de Meuron

September 14th, 2008

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Work has started on the construction of 56 Leonard Street, a 56-storey residential tower in New York designed by architects Herzog & de Meuron.

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The tower, the architects’ first, will be built on the corner of Leonard Street and Church Street in Tribeca.

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A specially commissioned sculpture by Anish Kapoor will sit at the corner of the building at street level.

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All images are Copyright Herzog & de Meuron, Basel, 2008, and used with permission.

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The following information is from the developer:

CONSTRUCTION BEGINS ON HERZOG & DE MEURON’S 56 LEONARD STREET

Since its formation in 1978, the Basel, Switzerland-based architecture firm of Herzog & de Meuron has achieved international renown for buildings — houses, libraries, schools, stores, museums, hotels, factories, arenas — that strike an uncanny balance between strict refinement and pure invention, practicality and the sublime.

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Their recently completed Beijing National Stadium in China, for billions of worldwide spectators the single most enduring image of the 2008 Olympic Games, has redefined the sports arena for the future, while museums like the Tate Modern at Bankside in London and the de Young Museum in San Francisco ambush expectations of what makes a building ideal for art.

With such commissions, Herzog & de Meuron has aimed not for virtuosity but innovation, looking always to the broader culture and art for inspiration. Referring to Andy Warhol, Jacques Herzog has said, “He used common Pop images to say something new. That is exactly what we are interested in: to use well known forms and materials in a new way so that they become alive again.”

On the threshold of its fourth decade, Herzog & de Meuron is poised to reinvent another great architectural prototype as construction begins in New York City on the first hi-rise tower of the firm’s career. 56 Leonard Street will be a 57-story residential condominium building at the intersection of Church Street and Leonard Street in the Tribeca Historic District of downtown Manhattan, where it will rise above cobbled streets and historic 19th century neighbors.

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The tower will house 145 residences, each with its own unique floor plan and private outdoor space, in a veritable cascade of individual homes that the architects describe as “houses stacked in the sky,” blending indoors and outdoors seamlessly together.

With its articulated surfaces, dramatic cantilevers, profiled slab edges, profusion of balconies, expanses of glass, and views from downtown Manhattan to as far as the Atlantic Ocean, Herzog & de Meuron’s 56 Leonard Street breaks down the old image of the high-rise as a sleek, hermetically sealed urban object to propose instead a thoughtful, daring and ultimately dazzling new alternative — the iconic American skyscraper re-envisioned as a pixilated vertical layering of individually sculpted, highly customized, graceful private residences opening to the atmosphere.

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The architects’ design for 56 Leonard Street also updates the relationship between private tower and public streetscape with an articulated base whose cantilevers generate a sense of movement and permeability. Here, the building’s defining corner will be the site of a major commissioned sculpture by internationally celebrated London-based artist Anish Kapoor.

Fully integrated into the architecture itself as if to say that culture and the city are indivisible, Kapoor’s massive, reflective stainless steel piece – an enigmatic balloon-like form that appears to be combating compression from above – will be a new cultural landmark in Tribeca and the artist’s first permanent public work in New York City.

Kapoor’s sculptural contribution to 56 Leonard Street extends his ongoing exploration of physical and psychological space, as in such works as the “Cloud Gate” in Chicago’s Millennium Park and the recent mammoth temporary installation “Sky Mirror” at Rockefeller Center in Midtown Manhattan.

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Homes available at 56 Leonard Street will range in size from 1,430 square feet to 6,380 square feet, and will include two- to five-bedroom residences and 10 penthouses. Prices for the residences at 56 Leonard Street range from $3.5 million to $33 million.

56 Leonard Street has been developed by Izak Senbahar and Simon Elias of Alexico Group LLC, New York City, developer of such acclaimed Manhattan projects as The Mark by Jacques Grange and 165 Charles Street by Richard Meier.

Costas Kondylis & Partners of New York City is serving as executive architect for the building. Construction manager for 56 Leonard Street is Hunter Roberts, New York City. Exclusive sales and marketing agent for the project is Corcoran Sunshine Marketing Group.

Occupancy at 56 Leonard Street is anticipated in late fall 2010.

“We are extremely pleased and honored to be able to create a tower of true global character at a moment when great architectural ferment is reshaping New York City,” said Izak Senbahar of Alexcio. “With 56 Leonard we aspire to make a unique contribution to the fabric of our town with a building that relates directly to the city but is also an outstanding international address.”

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THE BUILDING

At 56 Leonard Street, the architects’ intention is to preserve the celebratory spirit of traditional skyscrapers while introducing new structural possibilities and suggesting fresh ways for people inside such towers to relate to their city.

Inspired by the permeability and spatial qualities of Modernist houses and the great American dream of a customized home, Herzog & de Meuron has replaced the usual extrusion of standardized skyscraper floor plates with a staggered progression of structural slabs turning slightly off axis by degrees as they ascend, creating constant variety among the apartment floor plans.

This structural arrangement of floor plates at 56 Leonard Street will create an irregular flurry of cantilevered terraces up and down the building, making plays of light and shadow that give the tower a shimmering, animated appearance on the skyline and widely varying interiors. 56 Leonard Street contains five key zones ascending from street to sky: lobby, “townhouse” residences, amenities, tower residences, and penthouses.

Appearing to rest upon Anish Kapoor’s sculpture, the base of 56 Leonard Street will have the appearance of a stack of cantilevering volumes with varying degrees of transparency and opacity. This section of the building contains a dramatic double-height, 1,600 square foot lobby with an entrance on Leonard Street adjacent to a verdant exterior vertical garden to the west.

Sheathed in gleaming black granite, the lobby space includes stations for a 24-hour doorman and concierge, with custom designed reception desks by Herzog & de Meuron; private residents’ mail, package and refrigerated storage room; custom-designed visitor seating fixtures; and two separate elevator landings with a total of seven elevators featuring interiors designed by the architects.

Above the 18 foot-high black granite-walled lobby are several floors of residences that relate very directly to the immediate scale and panorama of the neighborhood (homes known by the architects as “the townhouses”) and two full floors of amenities spaces custom designed to the last detail by Herzog & de Meuron.

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These include an indoor/outdoor 75-foot infinity edge pool, one of Manhattan’s largest, surrounded by a black terrazzo deck inlaid with spherical glass aggregate. An adjoining outdoor sundeck cantilevers 20 feet over the block to provide extraordinary Tribeca views and a sense of connection to the district.

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Other amenities include a fitness center with yoga studio, wet and dry spa features and terrace; a library lounge (above); a screening room; a private dining/conference room; and a Tribeca Tot Room for children’s play and family activities. Every angle and structural element has been designed to create visual access to the cityscape for those inside the building and aesthetic excitement for passersby on the street.

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Floors eight through forty-five at 56 Leonard Street containing the building’s one- to five-bedroom residences. In each residence, grand glass doors of up to 12 feet in height lead to private outdoor spaces outfitted with travertine pavers, a frameless balustrade and custom designed handrail. Balconies and terraces are arranged in varied schemes that provide uninterrupted views of the city, its flanking rivers and New York Harbor, and saturate living spaces with light. Interior details, sharply refined by Herzog & de Meuron, enhance the perception of spatial flow and an atmosphere of harmony. The building’s exposed exterior concrete is complemented indoors by a subtle neutral palette of extremely sensual materials. Champagne colored window mullions, satin etched glass, natural pale solid woods, travertine, Thassos marble, polished metals, black granite and high gloss black lacquer accents are part of a super-customized, luxurious package of finishes chosen to complement furniture and art.

Extending the assertive sculptural character of the building’s exterior to key interior details, Herzog & de Meuron has conceived several signature sculptural fixtures for the homes at 56 Leonard Street. Fireplace hearths soar from floor-to-ceiling, crafted by the architects in high gloss white enameled steel. Derived from pragmatic architectural functions, this monumental freestanding sculptural element anchors the great room and provides a dramatic focal point while reflecting and diffusing ambient light.

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For 56 Leonard Street kitchens, Herzog & de Meuron have designed a special prep and dining island fitted with a high gloss black lacquer base and enhanced honed black granite countertop – a feature with the alluring curves of a grand piano or an elliptical lozenge – accompanied by a custom hood either sculpted from the wall or descending from the ceiling.

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Generous cooking and entertaining spaces are complemented by top line appliances integrated into custom cabinetry, and sleek, minimal glass cabinets designed by the architects. Bathrooms at 56 Leonard Street are similarly meticulous in detail. Curving spaces enclose custom Herzog & de Meuron marble mosaic tiled walls, vanities, cast six foot oval soaking tub, shower, cabinetry and fixtures, all planned in relation to expansive windows framing views in the most private area of the home.

The building’s dramatic nine-story crown contains its apex penthouses – eight occupying full floors and two occupying half floors – will appear on the Manhattan skyline as a chimerical geometric sculpture of stacked, glimmering glass volumes. Ranging in size from approximately 3,650 to almost 6,380 square feet, these aeries embrace the outdoors through expansive private terraces of up to 1,700 square feet. Penthouses are accessed by private elevator. Soaring window walls rise to 14 feet and open onto panoramas of the city and sky.

Summarizing their design, Herzog & de Meuron has said, ““We approached the design process for 56 Leonard Street from the inside out, from the homes themselves. But we also considered the outside in terms of the Tribeca neighborhood. Here you have the small townhouses, the old manufacturing buildings, and the high-rise buildings, but also a lot of little corners and surprising things between. The different scales characterize the neighborhood and we wanted to establish a dialogue among them. For us, creating a building is a research process. We call it a journey.”

Additional public information about 56 Leonard Street is available online at www.56leonardtribeca.com.

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Le Projet Triangle by Herzog & de Meuron

September 29th, 2008

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Architects Herzog & de Meuron have unveiled their design for a triangular building in the Porte de Versailles area of Paris, France.

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According to the architects the triangular profile will prevent the structure casting shadows on adjacent buildings, and allow for optimum solar and wind power generation.

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The ground floor will incorporate shops and restaurants, while an open public space level with Parisian rooftops will afford views of the city.

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Completion is planned for 2014.

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Here’s some more information from the architects:

Projet Triangle, Porte de Versailles
Paris, France
2006 –, planned completion 2014

“Le Projet Triangle” is primarily perceived on the metropolitan scale of the city of Paris. Its elevated stature will lend major visibility to the Porte de Versailles and the Parc des Expositions site within the overall conurbation. It will also permit its integration in the system of axes and perspectives that constitute the urban fabric of Paris.

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On the scale of the Porte de Versailles site, the project will also play a significant role in the reorganisation of flows and perception of urban space. The Parc des Expositions site currently forms a break between the Haussmanian fabric of the15th district of Paris and the communities of Issy-les-Moulineaux and Vanves, emphasised by the visual impact of the peripheral boulevard.

The construction of an ambitious building on the Porte de Versailles site will mark its opening and restore the historical axis formed by the rue de Vaugirard and avenue Ernest Renan.

The square of the Porte de Versailles is a complex space in its current configuration. Its initial semi-circular organisation is difficult to interpret given the many visual impediments and lack of clearly identified public spaces between the Parc des Expositions and the buildings opposite.

Building on the square itself would intensify this problem of perception: our project therefore proposes to free this space by positioning itself along the avenue Ernest Renan.

This move offers three major advantages :

  • it permits the creation of a public square between the boulevard Victor and Hall 1 of the Parc des Expositions, by reorganising logistic flows.
  • It creates a strong link between what are known as the “petit” and “grand” parcs, the two parts of the Parc des Expositions.
  • It marks the Paris / Issy-les-Moulineaux axis, allowing the urban space to cross the peripheral boulevard by activating the entire facade of the avenue Ernest Renan.

Situated along the avenue, the project is located at the heart of the Parc des Expositions site, set back from the surrounding residential areas. Its volumetry also takes into account the impact of a high building on its environment. Its triangular shape actually means that it does not cast shadows on adjacent buildings. The environmental approach of the project is also perceptible in this simple, compact volumetry which limits its ground impact and allows the optimum utilisation of solar and wind power due to its excellent positioning.

Apart from its structural and technical qualities, the filigree, crystalline nature of the project permits its integration in the system of perspectives formed by the Hausmannian axes. This dialogue with the city is not however limited to its silhouette, but also defines the internal organisation and texture of the project.

The Triangle is conceived as a piece of the city that could be pivoted and positioned vertically. It is carved by a network of vertical and horizontal traffic flows of variable capacities and speeds. Like the boulevards, streets and more intimate passages of a city, these traffic flows carve the construction into islets of varying shapes and sizes.

This evocation of the urban fabric of Paris, at once classic and coherent in its entirety and varied and intriguing in its details, is encountered in the façade of the Triangle. Like that of a classical building, this one features two levels of interpretation: an easily recognisable overall form and a fine, crystalline silhouette of its façade which allows it to be perceived variously.

This “vertical city” district stands in close relation to its environment and is accessible to a highly diverse public. Taking up the analogy of urban squares, it offers each individual the opportunity to enter a complex of spaces open to all on its levels.

The base of the project is open to all, from the square of the Porte de Versailles and along the avenue Ernest Renan which regains the appearance of a Parisian street, with its shops and restaurants. An elevated square, on level with the roofs of Paris, will offer everyone a unique view of the district and the whole city. This visit might then be extended in the higher reaches of the Triangle, from where the entire metropolis can be discovered.

The Triangle will thus become one of the scenes of metropolitan Paris. It will not only be a landmark from which the urban panorama can be viewed, but also an outstanding silhouette in the system of axes and monuments of the city.

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BBVA headquarters by Herzog & de Meuron

December 17th, 2008

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Architects Herzog & de Meuron have designed a new headquarters for Spanish banking group BBVA.

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The building, due for completion in 2013, will be located on the outskirts of Madrid.

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Here is an architectural statement from the architects:

New Headquarters for BBVA
Madrid, Spain
2007 –, planned completion 2013

Herzog & de Meuron
Architectural Statement

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The site BBVA has procured for its new headquarters is located on the periphery of Madrid. It is surrounded by streets of newly erected offices, commercial buildings, and residential developments. It is a “site without qualities”, a desert-like place. We propose the creation of an artificial garden, an oasis, evolving from inside out—a place that establishes a balance between the natural environment and the buildings, and functions like a small city.

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A linear structure composed of three-story buildings, alleyways and irrigated gardens is laid over the entire site like a carpet that follows the topography. Analogous to an Arabian garden, a cool, moist, fresh microclimate is created. Each workspace has a “green view”. The layout, with its horizontal branches, is more appropriate to today’s working world than open-plan offices, in which an employee feels like a number.

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The complex encourages communication: people walk instead of taking elevators; they meet and talk to one another. A large degree of transparency generates a sense of community, while the relatively small units permit employees to identify with their particular group. Four existing buildings are integrated in the overall low-rise complex. Linear courtyards cut into the building mass link their structure with the new buildings.

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In order to make the BBVA stand out in the skyline of the capital, the carpet is cut out in an approximate circle and tilted upwards: the result is a plaza and a slender, disk-shaped tower.

Plaza and Tower anchor the complex and provide orientation. The main entrance and various communal facilities form an interconnected ring around the plaza. The Tower, containing offices with views across the city and the Sierra of Madrid, contributes to the diversity of the workspaces.

The Plaza is planted with trees that provide generous shade, a large water basin humidifies the air and serves as a reservoir. Between the buildings, the gardens and alleyways echo the linear principle. Different trees and vegetation of varying densities distinguish the areas, so that they each retain their individual character within the overall context of the Carpet.

The Natural Resources
The design is adapted to the climatic conditions and makes efficient use of energy resources by providing ample natural daylight, while the gardens and alleyways are fully shaded in the summer months. Overhanging floorplates and a brise-soleil structure keep direct sunlight away from the workspaces. This minimizes the need for artificial lighting and air conditioning, which account for the greatest energy consumption in office buildings.

Ventilation is only needed to ensure the circulation of fresh air in the office spaces—windows can be opened to provide cross ventilation. Retractable elements in the roof help to control the temperature of the gardens.

The water that regulates the temperature of the floor slabs is geothermally cooled or warmed. Photovoltaic cells on the roofs as well as rain and grey water processing complete the overall sustainability concept.

 
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