Hasta La Ideas

With more than two dozen virtual and augmented reality projects, as well as exhibitions and more traditionally formatted filmic work, New Frontier commenced last week at this year’s Sundance Film Festival. In its 12th annual iteration, New Frontier……

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Ironspot brick and a sawtooth roof define the exterior of this new wing for the University of Michigan‘s architecture and planning college, designed by US studio Preston Scott Cohen.

Located on the university’s campus in Ann Arbor, the Taubman Building adjoins the existing Art and Architecture Building – a low-slung, brick-and-glass structure that opened in 1974 and was designed by Robert Saarinen Swanson, the grandson of Eliel Saarinen. It houses the Taubman College of Architecture and Urban Planning, along with the Stamps School of Art & Design.

In 2009, the architecture and planning department set out to expand and upgrade its facilities. Preston Scott Cohen – an architecture studio based in Cambridge, Massachusetts – was chosen for the project, which entailed creating a new 36,000-square-foot wing (3,344 square metres) and renovating 11,000 square feet (1,022 square metres) of existing space.

One of the greatest challenges was giving the new addition high visibility and connecting it to Bonisteel Boulevard, a major artery running through campus. The goal was to make the wing “act is if it is the centre of the school, in order that it will serve as the nexus of circulation for all students and faculty”.

In response, the team envisioned a linear building placed at an angle, with the north end gesturing toward Bonisteel. The building is topped with a distinctive sawtooth roof and is wrapped in two tones of grey ironspot brick, which is glazed to help the surfaces become impervious to water and dirt. Exterior walls are punctuated with windows of varying shapes and sizes.

“The facades combine modest vernacular and cultural building character,” the studio said. “The brick pattern, which weaves running bond and soldier’s coursing, is composed to formalise implicit shadows or folds that extend from the sawtooth profile to the windows.”

The southern portion of the wing is lifted up on pilotis, forming a sheltered area at ground level for bike parking and an outdoor gallery for student projects. The covered area connects to an existing courtyard.

Raising this part of the wing solved several problems. “It permitted the courtyard between the existing and new buildings to remain open to the valley and a retention pond to the east, and it allowed the new building to create a path through, between the existing and the new,” the studio said.

“It also resolved the disparity in height between the new plenums and the existing building, and thereby established an ascending and continuous sequence of interior spaces.”

Inside, the ground floor houses a large classroom and faculty offices. Interior finishes include concrete floors and white paint, which were used throughout the school.

The second floor contains a range of programmatic elements – studios, offices, meeting rooms, reading rooms, and a lounge. The central feature is a double-height atrium ringed by ramps and stairs.

“The main space, called the commons, is composed of two pairs of ramps linked by a spiral-like suspended stair,” the team said. “The solid parts of the railings are kept low to enable viewing of the central space from afar and to articulate a remarkable scale effect.”

Designed to be highly flexible, the commons can accommodate jury reviews, dinners, lectures and other special events. It also can serve as a work area for large fabrication projects.

The third level – a partial floor that overlooks the commons – contains a large studio space with tall windows and “bays” formed by the sawtooth-shaped roof.

“The ceiling combines the loft-like lighting and spatial proportions of a gallery with the Midwestern factory-like workspace environment,” the architects said. “This combination will give the school a feeling that is very rare, very exceptional.”

Overall, the building was imagined as a fluid procession with clearly defined moments. “The entire sequence of the building is experienced as a promenade composed of distinctive architectural episodes,” the studio said. “Wayfinding becomes an architectural narrative.”

Founded in 1989, Preston Scott Cohen is known for creating buildings with complex geometries. Other projects by the studio include the Tel Aviv Museum of Art, which features faceted concrete facades, a triangular plan and a spiralling atrium.

The post Preston Scott Cohen creates jagged-roofed building for Michigan architecture school appeared first on Dezeen.

Long checkout queues are a thing of the past at Amazon‘s new app-enabled store, which allows shoppers to simply walk out with their groceries.

The Amazon Go store in Seattle welcomed its first customers yesterday, 22 January 2018. This marked the debut of the company’s sensor technology that detects items taken off the shelves and keeps track of them in a virtual shopping cart.

The sensors – similar to those used in self-driving vehicles – automatically notice when items are removed or put back on the shelves, in proximity to the shopper’s smartphone.

Once they leave the store, a receipt is sent digitally and their Amazon account is billed.

“We created the world’s most advanced shopping technology so you never have to wait in line,” said a statement on Amazon’s website. “With our Just Walk Out Shopping experience, simply use the Amazon Go app to enter the store, take the products you want, and go! No lines, no checkout.”

The first store is located near the corner of Seventh Avenue and Blanchard Street, just north of Seattle’s Downtown area. Covering 1,800 square feet, it offers ready-to-eat dishes, grocery essentials, snacks and meal kits.

Sales advisors are on hand to provide assistance and re-stack shelves, while on-site chefs prepare food and products fresh.

The Amazon Go app is compatible with recent iPhone and Android phones, and free to download. Once used to enter the store, the device can be put away while shopping.

“We asked ourselves: what if we could create a shopping experience with no lines and no checkout?” said Amazon. “Could we push the boundaries of computer vision and machine learning to create a store where customers could simply take what they want and go?”

The company is investing heavily in ways to enhance the retail experience for customers. It recently announced Amazon Key, which allows delivery people to enter a home and drop off a package while the customer is out.

Amazon is also experimenting with delivery drones, and has filed patents for ideas ranging from flying warehouses and underwater depots to a highway network designed to stop self-driving cars crashing.

The post Amazon Go store swaps cashiers for sensors to remove queues appeared first on Dezeen.

Beautiful, minimalist 3D laser cut wooden maps that tells a story about a city you love.

Polish musician and engineer Paweł Zadrożniak performs a fantastically geeky cover of Toto’s 1982 pop classic, “Africa,” on his computer hardware orchestra, aka “The Floppotron,” which features 64 floppy drives, 8 hard drives, and 2 scanners…(Read…)