The J‐House uses a historically standard New Orleans housing lot: 30×150 feet. The original site for the J‐House is located in a designated flood zone as is common with many housing sites throughout the Southern Louisiana region. Recent FEMA studies have concluded that a vast range of New Orleans housing sites are currently 9‐feet under sea level. The original site for the J‐House is no different.
Architect: AEDS | Ammar Eloueini Digit-all Studio
Location: 918 Upperline Street, New Orleans, Louisiana, USA
Project Team: Ammar Eloueini, Jana Masset, David Merlin, Dan Kautz, Jamie Lookabaugh, Surawat Hanthawichai
Architect of Record: Wisznia A+D
Sturctural Engineer: Buro Happold New York, Craft Engineering Studio New York
Photographs: Courtesy of AEDS
The Coral house is located in the Chandieu area, formed by a large urban block surrounded by Rue Giuseppe-Motta, Grand-Pré and Chandieu. This new housing estate takes part of the regeneration of a former industrial site and completes, together with the Bamboo Residence, a large city block. At the intersection of the avenue and the Chandieu road, a public square supplemented by a fountain and a sculpture will be built in collaboration between the artiste Fabric Gygi and the architectural office ADR. The construction aims to high quality standards in terms of space and equipment, as well as construction materials and coating. It also seeks the MINERGIE label, by using optimum insulation for the exterior envelope, and highly efficient technical installations (heating is provided by geothermal heat pumps; double flux air system is distributed through the ceiling – ERV). The use of a high energy standard allowed use to obtain 10% additional net surface, compared to what was requested by the neighborhood plan.
When we came across the work of Michael Hansmeyer, we were struck by the complexity and the seemingly delicacy of his work. Educated as an architect and computer programmer, Hansmeyer intends to create a new kind of architectural expression using the mathematics of algorithms. “On the one hand, their [algorithms] computational power can address processes with a scale and complexity that precludes a manual approach. On the other hand, algorithms can generate endless permutations of a scheme. A slight tweaking of either the input or the process leads to an instant adaptation of output. When combined with an evaluative function, they can be used to recursively optimize output on both a functional and aesthetic level,” explained Hansmeyer. His Subdivision project features geometrically intricate surfaces that create an artistically articulated variety of columns. The 2.7 meter high columns are fabricated as a layered model with sheets 1mm thick.
More about the process after the break.
An existing surface parking lot on the east side of VCU’s campus will be transformed into the 32,000 sqf arts institute. This will provide an opportunity to create a distinctive entrance into the campus from Broad and Belvidere streets. The program for the new gallery includes space for traveling exhibits and student exhibits, archival study area, offices, and an auditorium.
Points of View (POV) is a Herman Miller series sharing architects’ perspective on design. Directed by Hello Design, POV provides five different California architects’ step by step process from approach and design development to materials choices. Architects include Leo Marmol and Ron Radziner of Marmol Radziner, Kim Coleman of Cigolle X Coleman, James Meyer of LeanArch, Jim Jennings of Jennings Architecture, and John Friedman of JFAK Architects.
All five interviews can be viewed here.
The use of solar energy in and on buildings is a key aspect within energy efficient construction – for individual homes, industrial and administrative buildings, as well as residential schemes. Solar systems should be self-evident components in innovative building envelopes and refurbishments to improve energy efficiency. The challenge is to find suitable ways to implement these technical innovations in design terms. Solar thermal energy and photovoltaics open up a diverse range of possible applications and offer high quality products.
By integrating solar power systems in the roof or façades of buildings in an architecturally and technically sophisticated manner, architects can increase the awareness of both builders and the public regarding the possibilities for combining buildings with solar technology, and thus help renewable energies become more widespread. To increase acceptance and to foster awareness of this topic, the Bavarian Association for the Promotion of Solar Energy (SeV Bayern) is organising the competition “Building-Integrated Solar Technology2011”.
More information on the competition’s official website.
This house is designed as a vessel of personal discovery for two real estate professionals with an educated passion for modern architecture and their two sons. Gracefully embracing the topographic fold of a desert wash, the house focuses on the northeasterly view of the McDowell Mountains in the distance.
Architect: Will Bruder Architects
Location: Paradise Valley, Arizona, USA
Project Team: Will Bruder, lead design; Eric Weber (project manager), Katherine Hogan, Chris Balzano, Dan Clevenger
Project Area: 4,440 sqf
Project Year: 2007
Photographs: Bill Timmerman
This proposal comes from Zechner and Zechner’s winners entry for the Reißeck Top Terminal Competition, a new mountain restaurant at 2250 meters above sea level in the Austrian Alps. In addition, the building with include a top terminal for the Reißeck incline railway, along with information and display areas.
Read on for more information after the break.