21/06/2013

Skolkovo Residential Area / Arch Group



Skolkovo Innovation Center (‘Russian Silicon Valley’), a high-tech hub to be built at Skolkovo near Moscow, Russia, is intended to concentrate international intellectual capital, thereby stimulating the development of break-through projects and technologies. The modern approach to residential buildings often creates a feeling of isolation. A person has his or her own apartment and a little garden, while neighbors are perceived as competitors. The new residential area, including apartment houses and townhouses, designed by Arch Group, is designed for temporary accommodation of the scientific elite shown in the apartment houses while the townhouses feature a multi-layered environment. More images and architects’ description after the break.

All houses are connected by pedestrian promenade paths on the third and fifth levels. From the main road departs a network of internal passages. Many streets and alleys form private courtyards and entrances. On top of all residential units, on the fifth floor, a network of pedestrian alleys is organized. This promenade can be reached by lifts, located in each group of residential units. Upper residential modules are smaller than the lower modules. This allows organizing insulation of all apartments. On the roofs of the houses, there are special nests for swifts, which rid the area of insects in the summer.


   

The complex will be built within the limits of New Ivanovo and Odintsovo townships, near the village of Skolkovo located in the eastern part of Moscow’s Odintsovsky on the Skolkovsky highway, 2 km west of the MKAD Moscow beltway. The Skolkovo project was announced on November 12th, 2009 by Russian President, Dmitry Medvedev.

The residential clusters are situated in a unique ecological environment. The architectural solution should not only provide comfortable accommodation for the residents but also form a creative environment that encourages people to communicate, exchange experiences, and help in the creative process.

   

Apartment Houses
The district from the north to the south is permeated with pedestrian lanes with “green corridors”, which connect the cluster to the park. Along them, residential buildings are built. This forms long green prospects. The central square covers the transit road, protecting the houses from noise and dirt.

We create a multi-layered environment, with the links between individual houses and terraces. We create a system of picturesque routes and green terraces and consider that all the houses should be different, with various planning solutions, with different terraces and entrances. This is not a typical social housing but a temporary home for creative, active people. Within the area, small squares with trees, fountains or children’s playgrounds are formed. This will give even more individuality to each part of the complex and will help with internal navigation.

       

We want to avoid the feeling of a dense urban development. This is why the buildings are shaped as the natural landscape and green hills. Between them there is a lot of air and space. The slopes of the hills are green terraces, so even the buildings themselves are a part of the natural recreational space. Facades and windows of the apartments are slightly turned towards the forest. All houses are connected by pedestrian paths on the second level between the lobbies. This forms project’s single communicative space. Public functions are situated on the ground floor of the houses. Parking and technical services are situated on the underground level. Lanes for running and cycling are situated all around the area.

    Artificial nests for swifts are located on the roofs of all houses. This improves the area environment and gives it a special atmosphere. Trees and grass are planted on all the terraces and roofs of the houses.
Townhouses
The district is located in the park. One main road connects the “island” with other similar areas. This gives the possibility to consider each residential cluster as an energy core, an urban cluster. The principles of organization of the district are similar to the medieval cities of Europe and the Middle East, where over the centuries a complex, three-dimensional urban environment was formed. Each house there has its own character and its own history.

  
  
Architects: Arch Group
Location: Skolkovo, Moscow, Russia
Team: Michael Krymov, Alexey Goryainov, Alexey Polyakov
Project: Architectural Concept Technopark Residential Area Skolkovo Innovation Center
Apartment Houses Data:
Total area of the island (sq. m.): 38,000
Total building area (sq. m.): 16,200
Total useful area (sq. m.): 34,600
Total area of the main street (sq. m.): 3400
Area of buildings: 116,500
Number of buildings: 12
Average area of apartments (sq. m.): 98
Number of floors: 9
Coefficient of built area: 3,3
Central square on the road (sq. m.): 1500
Total area of green terraces: 7200
Townhouses Data:
Total area of the island (sq. m.): 21,600
The total building area (sq. m.): 7,488
Total useful area (sq. m.): 27,000
Total area of the main street (sq. m.): 2,600
Number of residential units: 255
Average area of a townhouse (sq. m.): 106
Number of floors: 4
Coefficient of built area: 1,21
Total area of greenery planting on the ground floor: 8,600
Total area of green terraces on the 2-rd and 3-th floors: 2,900
Total area of the green walking zone on the roof: 5,500
Total green area (sq. m.): 17,000
Year: 2011











20/06/2013

Matchbox / Allard Architecture




Allard Architects shared with us Matchbox, their latest building in Amsterdam, The Netherlands, that just got approved by the Amsterdam Aesthetics Committee. Completion expected for December 2010.

The Matchbox is an blend of artistic, creative and commercial spaces. The building is shaped specifically as a result of the accommodation of companies and zoning regulations. It houses 22 corporate units, a rooftop restaurant and semi-underground parking in the artistic hub of Amsterdam North. The building lends its playful façade that sticks out cantilevers up to 5 meters, to each unit being individually angled and stacked on top of another to give every company its own space and identity. Bridges constructed above a central atrium garden act as catalyst for the networking between companies while distributing sunlight through the building.

Especially well-suited to start-up businesses, themed rent is an ideal way of promoting networks and building strong links within a wider industry. Originating in the arts sector, themed rent is now spreading to meet demand from elsewhere. The rotated nature of the units of the Matchbox merge with its simple large windows framed in black borders recalling a strip of film negatives.






The Matchbox building will be made of prefabricated concrete. The bent faces of the cantilevering boxes are constructed in prefabricated concrete walls. The hang not on a structural core but on the structural shear walls. This effect completes shape of the stacked boxes. Use of steel in this building structure is minimised. Except the internal light non-structural walls have a galvanized steel finish. In their interior this enabling tenants to use the wall to pin up their work using magnets. The black frames around the boxes are constructed in folded aluminium elements glued on stiff insulation. Frames are shoved over the edges of the concrete floor. All the other grey coloured exterior surfaces are sealed with a seamless Poly-Urethane finish, spray on.





The project got slightly slowed down by the financial issues last autumn. But at this moment, due to private investors’ faith, the process is fully ongoing. This positive faith was created by good control concerning the building costs, lowering the costs for future rent. City councillors and the local project office ‘Noordwaarts’ for the neighbourhood showed many positive responses, wanting the Matchbox to boost up the energy in the area. All to keep supporting the creative industries in this trendy neighbourhood. Remarkable is the fact that the Amsterdam committee for building aesthetics recently approved the whole plan for the Matchbox building, including its cantilevers. Building completion is expected on December 2010.



Credits:
Everything in this process is kept within its limits also the advisors’ team, all to keep on going and realize this extraordinary project in Amsterdam. Dutch companies as Van Rossum is on structural engineering, DGMR and LaRotonda are responsible for building regulations. The Allard Architecture office is based in Amsterdam. Allard’s co-workers in the architectural team are Jurriën Boon, Daniël Bakker and Cruz Garcia Santiago.
Gross Floor Area: 6,400 sqm
Bldg. Scale: 22 business units between 80 sqm and 250 sqm Rooftop restaurant with rooftop terrace.
Building Cost Estimate: €7.040.000
Design Team : Allard Meine Jansen- bna- architect director, Jurriën Boon-project Architect, Daniël Baker-technical manager, Cruz Garcia Santiago, Jennifer Gauthier, Roderick van der Weiden, Jeroen Linnenbank, Jan Nauta
Design Office: Allard Architecture b.v.
Structure: Van Rosssum Raadgevende Ingenieurs
Max.Height: 24m
parking lots: Parking garage 1,150 m² (40 parking spaces)
Exterior Finish: Seamless Sprayed Polyurethane
Completion period: December 2010



19/06/2013

Te Puni Village / Architectus

Architects: Architectus
Location: Wellington, New Zealand 
Project year: 2009
Photographs: Paul McCredie

                                         

The Tower building in the middle of the site has a smaller footprint than the other two but rises higher while the Edge building aligns with and forms an edge to the playing field.
The community level which acts as the main social organiser of the complex is expressed as a transparent element which cuts through the solid massing of the buildings, it forms a datum for the hostel. Everyone comes up to, or comes down to the datum to eat, collect mail and socialise.


The Victoria University of Wellington Student Accommodation project, Te Puni Village, is located at the southern end of the University precinct on a steeply sloping site and falling to the University’s playing field. It provides accommodation for 389 students in a mix of single bed dormitory rooms, one bed studios and 2 bedroom apartments.

The development aligns with the existing University spine and the contours which in turn have informed a 3 building composition which deliberately seeks to break down the mass of the development. The form of the village is shaped by the context.


Three separate accommodation buildings (the Terrace, the Tower and the Edge) respond to the different aspects of the site and are linked by a level containing the communal social spaces, dining hall and administration.

The smaller Terrace building fronts onto Fairlie Terrace and takes the rhythm and scale of the adjacent residential neighbours and establishes a street address for the complex. The main student entries are at lower levels relating to connections back to the main campus.













Grosvenor Waterside / Make Architects



Architects: Make Architects
Location: London, UK
Client: St James Group Ltd
Collaborators: Sheppard Robson, Arup, Barton Willmore, Charles Funke Associates, Davis Langdon, EDP, Faithful+Gould, FPD Savills, Future City, Herbert Smith
Project Area: 25,000 sqm
Project Year: 2009
Photographs: Zander Olsen, Make Architects: Charles Funke; Cooper Rose


Located at the heart of the restored Grosvenor Dock in West London, this residential project has transformed a derelict former industrial site into a new urban quarter. 103 private and 196 affordable apartments are housed within two blocks of accommodation angled to maximise views out towards the River Thames. Each block is scaled to complement its surroundings: the larger of the two addresses the adjacent listed buildings of Churchill Gardens, while the smaller faces onto the dock and features a colonnade containing a restaurant, bar and entrance lobbies. The two blocks are linked at ground level by a single storey of commercial accommodation with a planted roof landscaped to provide an additional green terrace area for the residents.

   

Generous enclosed balconies incise the facade with a rhythmic arrangement of voids that draw light and fresh air into living areas, while slender vertical and horizontal glazing slots create more intimate and subtle lighting for bedrooms and bathrooms.

The metallic cladding system is etched in a design developed by artist Clare Woods, transforming the building into a canvas for a monumental public art work.











17/06/2013

Graduate Accommodation at Clare Hall College / Cowper Griffith Architects

Architects: Cowper Griffith Architects
Location: Cambridge, United Kingdom
Design Team: Ramboll UK, Max Fordham LLP, Gardiner & Theobald
Contractor: Kier Marriott
Project Year: 2010
Photographs: Peter Cook


The Salje building at Clare Hall in Cambridge is named after the former college president Eckhard Salje, who spent a significant amount of his presidency travelling the Far East and raising funds for an ‘International Study and Research Centre’. The new Salje building provides accommodation for visiting fellows from South Korean, Japanese and Chinese Universities, who contributed to the fundraising, for this new college accommodation.

   
In order to minimize impact on the flood plain of the nearby Bin Brook, the building is designed to be as compact as possible. The building is the first on the site to have three stories and is split in two halves, creating a central atrium for circulation. The eastern half is slightly off-set and skewed towards Bin Brook. The intention here is to break the formality of the existing West Court buildings around the courtyard and respond to the more arcadian nature of the mature trees on the floodplain.
  
   

The materials of the building also seek to acknowledge this difference in aspect. The courtyard elevation is calm and simple with a regular pattern of crisp aluminium and glass window boxes piercing through the textured brickwork. This western half of the building houses 13 graduate rooms and the eastern half houses 5 fellows’ flats and student common room, each with a balcony overlooking Bin Brook. Here, the materials change to zinc and western red cedar. The materials animate the building’s form along this elevation, which has a more complex arrangement and detailing.

   

Similar materials are used internally. White textured brick wall wraps around the main eastern block volume and expresses itself through one side of the atrium. The concrete frame is exposed as the ceiling soffit in all rooms, where it also plays a key role in the natural ventilation and cooling of the building. Elsewhere, white plastered walls give a sense of light and space, and timber floors add warmth.

   
 

Student rooms by their nature, have to be well ventilated. Above each student room door is located a custom made, acoustically lined, air transfer unit with egg-crate grilles to each side. Inside the unit is a shutter, which is electronically controlled by the occupant. The unit allows for natural purge ventilation of the bedrooms when the shutter is open. Through trickle vents or by opening the window shutters a cross-ventilation through the room into the atrium is created. The atrium ventilation employs a pressure and temperature driven stack effect natural ventilation, via controlled openings in 3 roof cowls operated by a building management system. Fresh air is drawn into bedrooms via the de-pressurisation effect of the en-suite mechanical extract system. Mechanical ventilation is only specified for bathrooms and kitchens where absolutely necessary to meet the requirements of the Building Regulations.