sábado, 19 de febrero de 2011

TLS/KVA | Minneapolis Riverfront Design | Arquitectura 3d

TLS/KVA Team Wins Minneapolis Riverfront Design Competition

The bi-coastal urban and landscape design team of TLS/KVA – Tom Leader Studio (Berkeley) and Kennedy & Violich Architecture (Boston) – were named the winning team of the Minneapolis Riverfront Design Competition (MR|DC) at a press conference in Minneapolis yesterday.

The TLS/KVA team comprises 14 additional firms, including nine Minnesota partners: Kestrel Design Group, St. Paul on the Mississippi Design Center, SRF Consulting, LBG-Guyton Associates, Donjek, Economic Development Services, Mortensen Construction, Inter-Fluve, and Solid Gold.

View of RiverFIRST team proposal from the south, with the Scherer Park site in the foreground and ‘Knot Bridge’ at Plymouth Avenue.

Click above image to view slideshow
View of RiverFIRST team proposal from the south, with the Scherer Park site in the foreground and ‘Knot Bridge’ at Plymouth Avenue.
TLS/KVA was first selected as one of four finalists in November 2010, from a pool of 55 Request for Qualifications submittals representing 14 countries on five continents. The other three finalists were award-winning teams led by Ken Smith Workshop (New York City), Stoss Landscape Urbanism (Boston), and Turenscape (Beijing). The teams impressed an overflow audience at the Walker Art Center, January 27, when they presented their proposals to the public and the competition’s jury. More than 600 people attended the event in person or via live webcast; thousands more viewed the teams’ proposal videos online.
View of demonstration at Scherer Park, a 300-unit market rate housing development, restored Hall’s Island, and public beach with kayak launch.

Click above image to view slideshow
View of demonstration at Scherer Park, a 300-unit market rate housing development, restored Hall’s Island, and public beach with kayak launch.
On January 28, the MR|DC’s 14-­member jury of nationally known parks and design professionals and local decision‐makers met to evaluate the proposals. The jury’s evaluation was based on the criteria and deliverables outlined in the Competition Brief, as well as how well the proposals met the competition’s stated goals: establish parks as the economic engine for development along the river; knit communities on both sides of the riverfront to and across the river; and re‐focus Minneapolis and the region toward one of the three great rivers of the world.
View from Farview Park looking east, across new agricultural landbridge of I-94, connecting the Hawthorne neighborhood to the River.

Click above image to view slideshow
View from Farview Park looking east, across new agricultural landbridge of I-94, connecting the Hawthorne neighborhood to the River.
“Among a pool of proposals worthy of America’s fourth coast, TLS/KVA’s RIVERFIRST stood out as particularly well suited to the Upper Riverfront in Minneapolis. The team grounded their proposal in proactive outreach to the community, demonstrated extensive research, and posited several multi-­‐layered solutions unique to these 11 miles of riverfront and the habitat, communities, businesses, infrastructure, and culture intrinsic to our region,” says David Fisher, Superintendent Emeritus of the Minneapolis Park and Recreation Board and an MR|DC jury member. Fisher noted that the jury valued the participation of the other three finalists and the talent and effort represented in the proposals they submitted.
View from new Lowry Ave bridge looking south along new bluffs and ravines to the east, and Biohaven floating habitat islands to the west.

Click above image to view slideshow
View from new Lowry Ave bridge looking south along new bluffs and ravines to the east, and Biohaven floating habitat islands to the west.
The TLS/KVA RIVERFIRST proposal offers a comprehensive remediation of the city’s storm water management system and its conceptual transformation into a system of ‘tributaries’ that are naturally cleaned with planted bio‐filtration landscapes and returned to the river. The topography of the RIVERFIRST design is guided by the dynamics of the river. Where water scours and erodes, carving design principles are used to create water remediation ravines and terrace overlooks on the North East Bluffs. Where the river deposits new material, accretive principles of design are used to mold and shape land berms for the new Park.
View from new Lowry Ave bridge looking south along new bluffs and ravines to the east, and Biohaven floating habitat islands to the west.

Click above image to view slideshow
View from new Lowry Ave bridge looking south along new bluffs and ravines to the east, and Biohaven floating habitat islands to the west.
The recovery of Northside Wetlands, and the design of storm water remediation ‘ravines’ on the North East bluffs integrate public parkland with municipal eco-infrastructure and a wide range of recreation activities. The TLS/KVA design uses site topography to reconnect the Northside’s historic Farview Park with the River, urban agriculture and new skilled jobs in a proposed River City Innovation District. The site’s sloped cross-section provides for a compact footprint for a Green Port and Green Economy Industries. Sculpted landforms enable pedestrian and bike/ski River Shore Trails to rise above existing barge terminals allowing for immediate, continuous public Riverfront access. The RIVERFIRST design for Scherer Park restores Hall’s Island with public swim/skate and kayak launching facility and provides for sustainable Housing, Live/Work Studios and an Arts Center. At Scherer Park, the river produces its own dynamic landscape of sand bars and shallow pools that shift according to winter melts, patterns of sediment deposition and river flows.
Wetlands: View from barrier islands

Click above image to view slideshow
Wetlands: View from barrier islands
Real time water monitoring from the Minnesota USGS website is made public with energy efficient, smart illumination along Knot Bridges which link the creative energy of the NE Arts District with the River City Innovation District and Downtown. Floating Biohaven Islands made of recycled water bottles anchored to existing bridge piers provide seven acres of protected riparian habitat for migrating birds and endangered wildlife. The River Talk mobile phone app and solar powered Park WiFi Network create unprecedented opportunities for local and national public education about river ecology attracting world‐class institutional, corporate and organizational partners to the Minneapolis Parks.
Green Port: View from Port building terrace

Click above image to view slideshow
Green Port: View from Port building terrace
The transition to the Minneapolis riverfront initiative With their selection as the winning team, TLS/KVA will be awarded a riverfront parks commission and become part of the Minneapolis Park and Recreation Board’s Minneapolis riverfront initiative, of which the design competition was the first phase. While the team’s RiverFIRST proposal contained many specific design schemes, no particular location, project or feature has yet been identified for development. As the design competition concludes, the Park Board and its partners will engage in a four‐month transition phase to identify next steps.
View from Lowry Bridge looking back at the City

Click above image to view slideshow
View from Lowry Bridge looking back at the City
“With the success of Minneapolis Riverfront Design Competition, the largest design competition in Minneapolis history, we’ve established that the Minneapolis Park and Recreation Board can achieve great things on behalf of the people of Minneapolis and the region,” says Jayne Miller, Superintendent of the Minneapolis Park and Recreation Board. Beginning in the 1980s, a Park Board-­‐led revitalization of the Downtown Central Riverfront leveraged private investments that resulted in nearly 10,000 retained or created jobs. “We intend to replicate that same level of results-­‐focused implementation with the next phases of our riverfront initiative.”
Scherer Park Kayak Launch

Click above image to view slideshow
Scherer Park Kayak Launch
During the transition phase, the Park Board will establish a steering committee made up of individuals and organizations with experience stewarding large-­scale, multi-­disciplinary public projects or who have a vested interest in the riverfront. The steering committee will work along several parallel tracks: organizational development; planning, design and construction; resource identification; and on-­going community engagement and two-­way communication. In June 2011, the Park Board will announce the process for the next steps in the initiative.
Aerial View of Spirit Island

Click above image to view slideshow
Aerial View of Spirit Island
“Our community – not just Minneapolis, but the region and all those who view the Mississippi River as an icon of the American heartland – has high expectations of Minneapolis parks. Our reputation as the City of Lakes helps our broader community draw visitors and residents and contributes to our region’s reputation as one of the best places to live and raise a family,” says Miller. “With our riverfront initiative, we’re well aware of our responsibility to uphold our heritage and create a parks-­centered riverfront worthy of both our great river and the people who live, work and visit it now and into the future.”
Comprehensive site plan with all proposed RiverFIRST sites: Farview Park landbridge, Wetlands & River City, Green Port, East Bluffs and Ravines, Scherer Park, Library Square Park.

Click above image to view slideshow
Comprehensive site plan with all proposed RiverFIRST sites: Farview Park landbridge, Wetlands & River City, Green Port, East Bluffs and Ravines, Scherer Park, Library Square Park.

Farm House | Endemic Architecture | Arquitectura 3d

Clark Thenhaus of LA-based Endemic Architecture,  "Farm House" concept is the Single Family/Modular category winner in the d3 Housing of  Tomorrow 2011 competition. 

Farm House, Exterior

Click above image to view slideshow
Farm House, Exterior
Project Description from the Architects:
Increasingly, aquifers and surface water irrigation systems are being depleted in the agrarian farm lands that feed our urban centers. As a result of poor, or uncertain, water availability our foods are being increasingly treated with chemicals and water wars are being waged around the world in agrarian cultures. Simultaneously, the labor pool of farm hands, despite mechanization, remains a crucial component of the food industry. Many of these seasonal laborers live in shanties or decrepit out buildings ill suited for quality living.
Farm House, Exterior

Click above image to view slideshow
Farm House, Exterior
This 800 square foot farm house addresses these two critical and contemporary concerns. The first being the availability of irrigation water in the farmlands that feed urban centers. Depleting aquifers and shrinking rivers are increasing the need for an infrastructural intervention. Secondly, the need for seasonal migrant worker housing in the agrarian realm is concern for future productivity of the food system. The Farm House proposes a small scale home connected to hydrological cycles for purposes of agricultural irrigation. The house is designed to collect, store, and distribute rain water and snow melt in an elastic exterior skin. The capacity of the house to perform like a cactus in biology or a canteen in technology enables the home to become an integral component in the operations of food productivity, easing withdrawals on river systems and aquifers.
Farm House, Exterior

Click above image to view slideshow
Farm House, Exterior
The geometry of the house is in service of storm water collection. The exterior skin is made with rubber ‘canteens’ that fill with water which can be used in times of lower water supply. One skin can hold up to 17,000 gallons of water, making for a total capacity of 34,000 gallons...enough water to irrigate almost 50 acres for nearly 1 month during the cultivation season. Using an annual average of rain fall in the mid-western United States of 36” annual rain fall (= 3 acre feet = 1 million gallons), the canteens could fill numerous (approx. 20)  times per year to full capacity. The system connects to existing irrigation infrastructures and the houses themselves are modular, allowing them to aggregate.
Farm House, Interior

Click above image to view slideshow
Farm House, Interior
Farm House, Interior

Click above image to view slideshow
Farm House, Interior
The swelling and contraction of the skin throughout the seasons indexes the hydrological cycle, tracking the environment through the dynamism of the building form and texture. As the canteens fill, the skin stretches, revealing an underlying patterning and assembly of the exterior rubber skin. The chronicling of the environment through the building’s formal change with regard to water fosters simultaneous architectural conditions of change and permanence, acting as a visual indication against which to measure hydration conditions. The Farm House initiates temporary forms and textures within a permanent system of water collection and distribution for the purposes of easing ground and surface water withdrawls for irrigation.
Section

Click above image to view slideshow
Section
See more plans and elevations in the image gallery below. All images courtesy of Endemic Architecture.
Farm House, Plan Farm House, Skin Assembly Farm House, Skin Series Farm House, Empty Skin Farm House, Half-Full Skin Farm House, Full Skin

CRAB | New Soheil Abedian School of Architecture | Arquitectura 3d

CRAB Wins New Soheil Abedian School of Architecture Competition



The competition for the new Soheil Abedian School of Architecture for Bond University in the Gold Coast of Queensland, Australia has been won by CRAB – the studio of Sir Peter Cook and Gavin Robotham - in association with Brit Andresen.

Entrance view of the competition-winning design by CRAB - Sir Peter Cook and Gavin Robotham

Click above image to view slideshow
Entrance view of the competition-winning design by CRAB - Sir Peter Cook and Gavin Robotham
The structure will sit on Arata Isozaki’s 1987 campus and will be attached to the University’s School of Sustainability. It presents a raw but highly modulated composition of fluted timber and panel surfaces. These are countered internally by large concrete ‘scoops’ that catch the bright light but screen out the direct sun. Between, lie a series of subtly varied two-storey studio barns that give onto a gently climbing street. Running along the other side of the street are a chain of offices and laboratories.
Visualization, workshop view

Click above image to view slideshow
Visualization, workshop view
Apart from minute attention to natural climatic cooling and University’s target of 6-star green rating, the design is characterized by offering a variety of particular and memorable spaces – particularly the ‘scoops’ where formal and informal sessions, such as crits, demonstrations, experiments and constructions can be held. The building also digs into the ground so that the workshops can open out into a ‘pit’ where experimental and demonstration projects are exposed to the deck and garden area. Here – in keeping with the Queensland lifestyle, there is a surround of boardwalks and outdoor slopes.
Visualization, interior

Click above image to view slideshow
Visualization, interior
The design is undoubtedly the product of experience:  Cook and Andresen (respectively recipients of British and Australian Royal Gold Medals for architecture that both included teaching in their citations), look back together with Robotham, on more than 110 years of teaching between them!
For CRAB it is an opportunity to act as an intellectual balance with their Law School for the Vienna Economic University (now under construction). For Cook it is a second occurrence of the ‘poacher-turned-gamekeeper’ syndrome: in 2000 (with Colin Fournier) his long experience as exhibitor, curator and gallerist was background to a radical design.
Visualization, interior

Click above image to view slideshow
Visualization, interior
From the Competition Report: 'Forested Pads and Silent Scoops'
Bond’s new School of Architecture might be experienced as a varied and episodic journey ; sheltered and determined to the north , the building is airy, effortless and free to the south.
The curvature of its spinal interior route establishes a new soft core for the North West Quadrant – a core populated by the life of the school by student experimentation, social gatherings, small lectures, crits and spontaneous events.
Visualization, interior

Click above image to view slideshow
Visualization, interior
Leaving the existing spine pathway, the broad internal path dives under the nose of the quiet-study strip and runs along the side of the ‘scoops’. The path rises slowly upwards from the entrance – echoing the topography of adjoining garden.
From this street the faculty’s studios and larger gathering spaces spread out onto a terraced deck – which itself melts into the re-vegetated* garden.
Deck – studios - scoops -street -study strip, delineate the scheme.
Axo

Click above image to view slideshow
Axo
We wish to create a very ambient building where the individual can really identify with the nature of his or her activity. Therefore the components of the building – the pads and scoops each have notable shifts of direction or size.
The wrapping of the building is a softer progression. Undulating in plan and sheltering from direct northern light (the sunny side) and filtering southern light into the interior. Avoiding glare and overheating.
Sketch

Click above image to view slideshow
Sketch
Sketch

Click above image to view slideshow
Sketch
All images courtesy of CRAB Studio.

BLOCK 39, Center for Promotion of Science | SADAR+VUGA | Arquitectura 3d

BLOCK 39, Center for Promotion of Science

Slovenian office SADAR+VUGA has shared with us its entry for the Block 39, Center for the Promotion of Science competition. The science center building is part of the master plan competition project in Belgrade, Serbia.
SADAR+VUGA's master plan design incorporates the existing building of the Faculty of Drama Arts with its proposed extension, and provides four new Faculties, a mathematics gymnasium, a science center with a 50m tall tower, as well as the new building of the Centre of Promotion of Science.

View from the Big Lawn

Click above image to view slideshow
View from the Big Lawn
Project Description from the Architects:
The Center for Promotion of Science building is part of the masterplan competition project in Belgrade, Serbia. Our masterplan design incorporates the existing building of the Faculty of Drama Arts with its proposed extension, and provides four new Faculties, a mathematics gymnasium, a science center with 50m tower, as well as the new building of the Centre of Promotion of Science. All are positioned on 8 islands. Among the islands, 5 plazas are developed.
Perspective from Boulevard of Arts

Click above image to view slideshow
Perspective from Boulevard of Arts
Perspective from Arsenija Carnojevica Street

Click above image to view slideshow
Perspective from Arsenija Carnojevica Street
The CFPS building appears as a large platform from which a playful and relaxed manner promotes science to the widest public audience, and invited them to participate.
CFPS is a ring whose form is truly symmetrical. It is a one storey building, touching the ground with four big legs connected with four arches. In the center of the building is an outdoor atrium, from which we enter the main exhibition floor via escalators. The atrium is infilled with a forest of trees and three pairs of escalators as a main public circulation device of the building.
The forest atrium is the hub of the building. Conceptually, it positions Nature and natural systems as an ongoing source for scientific development. We, as human beings, are invited to start exploring Science from Nature.
Main Entrance

Click above image to view slideshow
Main Entrance
Atrium

Click above image to view slideshow
Atrium
From the Big Lawn surrounding the building we enter the atrium under four arches. We are, as visitors, in the centre on the building, in the nature, surrounded by science. We take a route through main indoor exhibition level around the atrium and then continue to the large flat roof, to the science garden. Here we explore outdoor scientific experiments, participate in urban farming and play on the playground. Here we are in the science environment with a view down to the forest atrium, to the Big Lawn, the entire Science Campus and New Belgrade.
Our experience of science versus nature is thus accomplished.
The perimeter facade of the CFPS building is developed as a continuous belt of interchanging translucent, transparent and opaque glazing. The glass is set behind or between five white aluminum cladded stripes which embrace the entire building. The five stripes facilitate a smooth transition from four arching geometries into the flat roof. Between the stripes, on the southern and southwestern side of the building, solar tubes are mounted.
Main Exhibition Level

Click above image to view slideshow
Main Exhibition Level
Outdoor Exhibition Space on the Roof

Click above image to view slideshow
Outdoor Exhibition Space on the Roof
The perimeter wall of the atrium is entirely glazed, offering a view from the exhibition floor to the forest of the atrium. The wooden verandah embracing the atrium is partially covered by a large pergola.
The four legs and the arches connecting them are painted in white reflecting color.
The atrium ground is partially paved, partially grassed.
The main exhibition floor is entirely paved in wood. Its gridded ceiling has artificial lighting embedded in the grid. Its intensity can be changed according to different exhibition settings.
Axo

Click above image to view slideshow
Axo
Project Details:
Source: Open international competition
Client: Ministry of Science and Technological Development - Republic of Serbia
Address/Site: Blok 39, New Belgrade, Serbia
Site area: 116.600 m2
Building area: 6.184 m2
Total floor area: 19.840 m2
Storeys: garage, atrium level, public level, roof
Structure: double curved - folded shell structure
Cladding: white aluminum cladded stripes + translucent, transparent and opaque glazing
Architect: Jurij Sadar, Boštjan Vuga, Jure Hrovat, Jonathan Podboršek, Janko Radojević, Milena Zindović
Site Plan

Click above image to view slideshow
Site Plan
See more plans and elevations in the image gallery below. All images courtesy of SADAR + VUGA d.o.o.
Urban Concept Floor Plan, Ground Floor Floor Plan, Mezzanine Floor Plan, Public Floor Plan, Roof NE Elevation NE Elevation 2 SE Elevation SE Elevation 2 Sketch 1 Sketch 2