subota, 29. travnja 2017.

Arch Daily

Arch Daily


Dream/Dive Platform / Studio North

Posted: 28 Apr 2017 07:00 PM PDT

Courtesy of Studio North                            Courtesy of Studio North
  • Architects: Studio North
  • Location: Bobs Lake, Ontario K0H, Canada
  • Architect In Charge: Matthew Kennedy, Mark Erickson
  • Area: 64.0 m2
  • Project Year: 2015
Courtesy of Studio North                            Courtesy of Studio North
Section Section

From the architect. Your environment can shape the way you think. Whether you're a child or an adult, spaces can engage your imagination, broaden your mind and excite your spirit. This dreaming platform was a collaborative weekend project at the family cottage. The screened in hut is the new favourite spot for star gazing on beautiful summer nights and the cantilevered diving platform replaces the need for coffee in the morning!

Diagram Diagram

The dreaming platform is constructed of salvaged materials from under the deck, supplemented with 2x4's from the local hardware store. The basic form is a result of available materials and tools. The structure is stripped down to its essentials to support two elemental functions, sleeping and play. A simple waxed canvas is unrolled over the hut for when the weather gets gnarly!

Courtesy of Studio North                            Courtesy of Studio North

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Inland House / Gerrad Hall Architects

Posted: 28 Apr 2017 03:00 PM PDT

© Tash Hopkins © Tash Hopkins
  • Other Participants : "No. 8 Engineering" – Oisin Frost
© Tash Hopkins © Tash Hopkins

From the architect. The site was a secret valley that had been subdivided off from a larger farm located about an hour north or Auckland.

Site Plan Site Plan

I wanted to explore what a "Modern Farmhouse" could be using traditional New Zealand rural buildings as a formal reference for two of the three structures. One is a faithful copy of a shed typology, the other is an evolution of a hay-barn typology into a more complicated spatial experience. The third building is a tower standing as an sentinel for the valley and utilised as guest accommodation.

© Tash Hopkins © Tash Hopkins

The clients wanted to retreat from the city back to the land and memories of their childhood on a Dairy Farm. This idea of nostalgia suggested a search for the romantic and the rustic rather than intellectual abstraction. 

© Tash Hopkins © Tash Hopkins

The collection of structures is assembled informally around a gravelled yard and a 3m step in the ground contour to the level of the lawns.  This arrangement serves to reference most farm complexes aggregated nature, and allow the buildings and the interstitial spaces to constantly re-frame the landscape as occupants move though the site.

© Tash Hopkins © Tash Hopkins

Instead of the modernist dissolution of the interior and exterior, there are clear divides between the two and a gradation of light and volume from the large well-lit spaces to the smaller darker.

The changing interiority a traditional barn through the seasons as it fills and empties with hay is referenced by playing out the main circulation on the two levels and the varying proximity to the enclosing roof. 

© Tash Hopkins © Tash Hopkins

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John James Village / DJAS Architects

Posted: 28 Apr 2017 01:00 PM PDT

© Rodrigo Vargas © Rodrigo Vargas
  • Architects: DJAS Architects
  • Location: Rusden St, Garran ACT 2605, Australia
  • Architect In Charge: James Hetherington, Adam Litherland
  • Area: 0.0 m2
  • Project Year: 2016
  • Photographs: Rodrigo Vargas
  • Project Manager: RPS Project Management
  • Head Contractor: Project Coordination
  • Landscape Architect: Harris Hobbs
  • Structural & Services: Northrop Consulting Engineers
  • Energy Consultant: Gradwell Consulting
  • Acoustic: Rudds Consulting Engineers
  • Bushfire Assessment: Australian Bushfire Consultants
  • Bca: Certified Building Solutions
  • Quantity Surveyor: Wilde and Woollard
© Rodrigo Vargas © Rodrigo Vargas
Site Plan Site Plan

From the architect. John James Village, operated by the Leukaemia Foundation, provides respite accommodation free of charge for patients from regional areas who are undergoing treatment in Canberra for blood borne diseases, such as leukaemia. The village is designed to be a 'home away from home' for the patients and their families whilst they are in Canberra. The Leukaemia Foundation outgrew their previous facility, which was a single dwelling house shared by multiple patients. The new purpose built facility gives each resident their own private space and room for their families.

© Rodrigo Vargas © Rodrigo Vargas

The complex has been designed as a village, with the communal core zones located centrally on the site, and the residential units dispersed throughout the landscaped grounds. The patients access their units either via accessible walkways that wind through the communal gardens, or, via a direct circulation spine travelling through the centre of the site. Each building has been designed to be residential in nature and scale, single story construction, and predominantly built using the standard residential materials of brickwork, metal cladding and glazing. 

© Rodrigo Vargas © Rodrigo Vargas

Entry into the Village is carefully managed through the reception foyer of the Administration Building, allowing staff the opportunity to passively monitor the condition of residents as they come and go from the Village. Full height glazing from the offices into the foyer, and also out into the central areas of the Village, provides transparency and allows staff complete visibility to manage operations.

© Rodrigo Vargas © Rodrigo Vargas

Each unit has a separate identifiable entrance through a private courtyard that reinforces the homely feeling for each patient. The units are tailored to meet the needs of the patients with north facing living and main bedroom areas, with additional space for carers and family members to support the patients during their treatment. The village also provides additional recreation facilities, where patients can interact if they wish or quiet areas for serenity and relaxation. The communal lounge area in the Recreation Building allows residents the opportunity to come together and share their experiences whilst they undergo treatment. The wood burning fireplace acts as a focal point in the room to provide a comforting and restful backdrop for these interactions. 

© Rodrigo Vargas © Rodrigo Vargas

All externally located services required for the buildings have been neatly located into cupboards and incorporated into the design of the façade. This keeps all services hidden from sight, but easily accessible when required.

Section Section

All buildings are located on a different level, giving each dwelling a distinctive place in the landscape, taking advantage of the fall of the site. The pedestrian pathways are located amongst the communal gardens, making the connections between buildings a pleasant journey that utilises the landscaped nature of the Village.

© Rodrigo Vargas © Rodrigo Vargas

John James Village has created a temporary home for patients who need to come to Canberra with their families to undergo treatment, providing them with a sense of shelter at a time when they are most vulnerable.

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Catholic Priest House Chom Thong / Needs Natural Studio

Posted: 28 Apr 2017 12:00 PM PDT

© BLINE SPACE © BLINE SPACE
  • Architects: Needs Natural Studio
  • Location: หลักเมือง ซอย 7 Tambon Khuang Pao, Amphoe Chom Thong, Chang Wat Chiang Mai 50160, Thailand
  • Architect In Charge: Siriphan Weroj
  • Area: 230.0 ft2
  • Project Year: 2017
  • Photographs: BLINE SPACE
© BLINE SPACE © BLINE SPACE

From the architect. The project is catholic priest house, at St. Miachel Garigoyle church, In Chom Thong district, Chiang Mai, Thailand. First story house is public areas. It has meeting room, priest working room, waiting area and living area. Between areas have clean voids for make relationship inside spaces (Room) to outside spaces (Landscape).

First Floor First Floor
Second Floor Second Floor

Second story house is private areas. It has priest bed room, guest bed room, bath rooms, living area, storage room and terrace. Voids were set for view from inside to outside, Get natural wind and natural light.

© BLINE SPACE © BLINE SPACE

Exterior is simple form interweave many size voids. Voids were offset from wall 10cm. For make shadow when sun light impact the building and nighttime voids will grow up by light.

© BLINE SPACE © BLINE SPACE

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North Bondi II Residence / Tobias Partners

Posted: 28 Apr 2017 10:00 AM PDT

© Justin Alexander © Justin Alexander
  • Builder: Horizon
© Justin Alexander © Justin Alexander

From the architect. The North Bondi II Residence is located only a few metres from the shore at Bondi Beach in Sydney. Sydney builder Horizon worked with Tobias Partners to transform the original 1980s building from a beach house into a four-bedroom, modern urban home.  

© Justin Alexander © Justin Alexander

The build was particularly challenging – the site had difficult access, and internal finishes required a high level of care on installation. Unique features of the home include a copper fireplace, a pool cut into existing rock, terrazzo flooring and beeswax plaster walls. 

When working on a building so close to the sea, special building allowances must be made, including the durability of materials used.

Floor Plan 01 Floor Plan 01
Floor Plan 02 Floor Plan 02
Floor Plan 03 Floor Plan 03

The original home had very low ceiling heights, with minimal space for services. During the build, the structure needed to be highly secured to support the removal of walls and create beautiful wide, open-plan living spaces. 

© Justin Alexander © Justin Alexander

Despite the coastal setting, the owners didn't want a typical beach-house feel.  Spread over three levels, the home includes a craft room, cinema room, music room, library that doubles as a guest room, and a large living area with sweeping views of Bondi Beach. 

The design plays host to an eclectic selection of artwork, while remaining highly practical for a young, active family.  The builder/architect relationship was critical, and strengthened by the need for close collaboration, to address any issues as they arose.  Horizon is a family owned Sydney builder. The firm collaborates with Sydney's top architects and interior designers to deliver residential and commercial projects. 

© Justin Alexander © Justin Alexander

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3 Low-Cost Kitchens You Can Build Right Now / Part I

Posted: 28 Apr 2017 09:00 AM PDT

Diseño de Jhan Arancibia. Courtesy of Arauco Diseño de Jhan Arancibia. Courtesy of Arauco

In 2016, Arauco launched a call to rethink the space of the kitchen with the objective of finding simple and attractive solutions for the houses of the Worker's Housing Plan (PVT), located in Constitución, Maule Region, Chile.

The competition developed within the framework of the II Encuentro Espacios Vesto, and it forced participants to consider a simple, low-cost assembly that could be self-constructed and expanded according to the needs of the users. In addition, each project had to consider self-supporting furniture that didn't require support holes on the walls to preserve the acoustic insulation of the dwellings.

We present below the kitchen designed by Jhan Arancibia, plus a list of all the necessary materials so you can build it yourself.

ARANCIBIA'S KITCHEN

Design by Jhan Arancibia, consisting of two modules that can vary depending on the space available and the location of the artifacts.

Diseño de Jhan Arancibia. Image Cortesía de Arauco Diseño de Jhan Arancibia. Image Cortesía de Arauco

+ Materials 

  • 02 Gray Boards (Melamine VESTO) 18mm (1,83 m x 2,50 m).
  • 02 Yellow Boards (Melamine VESTO) 18 mm (1,83 m x 2,50 m).
  • 01 Graphite Board (Melamine VESTO) 18 mm (1,83 m x 2,50 m).
  • 78 Meters of Gray Countertop Edging Strips.
  • 57 Meters of Yellow Countertop Edging Strips.
  • 26 Meters of Graphite Countertop Edging Strips.
  • 2,8 Meters of High-Pressure Laminate, Lamitech Carbon 2192 - 0,8 mm.
  • 0,5 Trupán Board 30 mm.
  • 09 Slats (MSD Terminación) 2 x 2.
  • 02 Slats (MSD Terminación) 2 x 3.
  • 62 Screws Spax 1 1/2” x 6.
  • 308 Screws Spax 2” x 8.
  • 122 Screws Spax 3” x 8.
  • 06 Straight Hinges de 35 mm.
  • 05 Pairs of Telescopic Slides 40 cm.
  • 152 Self-adhesive Screw Covers.
  • 08 Supports Removable False Fronts.
  • 16 Plastic Supports for Trays.
  • 02 Lt. Varnish of choice.
  • 01 Lt. Contact Adhesive.
  • 01 Kg. of Glue.
  • 10 Chrome Tubes 46,4 cm x 12 mm.

+ Module 1 / Module 2

Módulo 1 / Módulo 2 Módulo 1 / Módulo 2

+ Proposed Disposition

This my vary depending on the space available and the location of the artifacts. 

Disposición Propuesta Disposición Propuesta

+ Module 1

Módulo 1 Módulo 1

Joining detail of 'MSD' Strips / Screw Posture

Módulo 1 Módulo 1

Pieces and Cuts of 'MSD Terminación.'

Módulo 1 Módulo 1

+ Assembly of the Structure

+ Top Cabinet with 3 Shelves

Módulo 1 / Mueble Superior con 3 Repisas Módulo 1 / Mueble Superior con 3 Repisas

Pieces and Cuts 'Melamine VESTO.'

Módulo 1 / Mueble Superior con 3 Repisas Módulo 1 / Mueble Superior con 3 Repisas

+ Drain

Módulo 1 / Escurridero Módulo 1 / Escurridero

Pieces and Cuts 'Melamine VESTO.'

Módulo 1 / Escurridero Módulo 1 / Escurridero

+ Lower Cabinet with Drawer

Módulo 1 / Mueble Inferior con Cajón Módulo 1 / Mueble Inferior con Cajón

Pieces and Cuts 'Melamine VESTO.'

Módulo 1 / Mueble Inferior con Cajón Módulo 1 / Mueble Inferior con Cajón

+ Assembly of the Chest of Drawers

Módulo 1 / Cajonera Módulo 1 / Cajonera

+ Assembly of the Drawer

Módulo 1 / Cajonera Módulo 1 / Cajonera

Pieces and Cuts 'Melamine VESTO.'

Módulo 1 / Cajonera Módulo 1 / Cajonera

Assembly of the Chest of Drawers and the Drawer

Módulo 1 / Cajonera Módulo 1 / Cajonera
Módulo 1 / Cajonera Módulo 1 / Cajonera

+ Module 2

Módulo 2 Módulo 2

Joining detail of 'MSD' Strips / Screw Posture

Módulo 2 Módulo 2

Pieces and Cuts 'MSD Terminación.'

Módulo 2 Módulo 2

+ Assembly of the Structure

+ Superior Cabinet with 2 Shelves

Módulo 2 / Mueble Superior con 2 Repisas Módulo 2 / Mueble Superior con 2 Repisas

Pieces and Cuts 'Melamine VESTO.'

Módulo 2 / Mueble Superior con 2 Repisas Módulo 2 / Mueble Superior con 2 Repisas

+ Top Shelf Furniture

Módulo 2 / Mueble Superior Repisa Módulo 2 / Mueble Superior Repisa

Pieces and Cuts 'Melamine VESTO.'

Módulo 2 / Mueble Superior Repisa Módulo 2 / Mueble Superior Repisa

+ Lower Cabinet with Drawers

+ Assembly of the Chest of Drawers

Módulo 2 / Mueble Inferior con Cajones Módulo 2 / Mueble Inferior con Cajones
Módulo 2 / Mueble Inferior con Cajones Módulo 2 / Mueble Inferior con Cajones

+ Assembly of the Drawer

Módulo 2 / Mueble Inferior con Cajones Módulo 2 / Mueble Inferior con Cajones

Pieces and Cuts 'Melamine VESTO.'

Módulo 2 / Mueble Inferior con Cajones Módulo 2 / Mueble Inferior con Cajones

+ Lower Cabinet with 2 Doors

+ Assembly of the Lower Cabinet with 2 Doors

Módulo 2 / Mueble Inferior con Dos Puertas Módulo 2 / Mueble Inferior con Dos Puertas
Módulo 2 / Mueble Inferior con Dos Puertas. Image Cortesía de Arauco Módulo 2 / Mueble Inferior con Dos Puertas. Image Cortesía de Arauco

Pieces and Cuts 'Melamine VESTO.'

Módulo 2 / Mueble Inferior con Dos Puertas Módulo 2 / Mueble Inferior con Dos Puertas

+ High Pressure Laminate Sheets

+ Module 1

Módulo 1 / Cubiertas de Laminado de Alta Presión Módulo 1 / Cubiertas de Laminado de Alta Presión

Pieces and Cuts 'Laminado Alta Presión' and 'TRUPÁN.'

Módulo 1 / Cubiertas de Laminado de Alta Presión Módulo 1 / Cubiertas de Laminado de Alta Presión

+ Module 2

Módulo 2 / Cubiertas de Laminado de Alta Presión Módulo 2 / Cubiertas de Laminado de Alta Presión

Pieces and Cuts 'Laminado Alta Presión' and 'TRUPÁN.'

Módulo 2 / Cubiertas de Laminado de Alta Presión Módulo 2 / Cubiertas de Laminado de Alta Presión

Find all the materials used for this kitchen and other related products here.

This posting includes an audio/video/photo media file: Download Now

Vito Acconci Dies at Age 77

Posted: 28 Apr 2017 08:15 AM PDT

Screenshot via Crane.tv. ImageAcconci Studio's Island in the Mur, Graz, Austria Screenshot via Crane.tv. ImageAcconci Studio's Island in the Mur, Graz, Austria

American architect and artist Vito Acconci has died at the age of 77 as the result of a stroke. A visionary performance and installation artist in his early career, Acconci turned to architecture and furniture design in the 1980s, subscribing to the belief that to truly make an impact on society, one needed to be designing objects that were "part of the world."

Screenshot via Crane.tv. ImageVito Acconci Screenshot via Crane.tv. ImageVito Acconci

A strong adherent to architectural theory, Acconci believed that his unbuilt works were equally as important as his built projects, as only by pushing the limits of architecture could a future path for the field be paved. Some notable completed projects by Acconci Studio include the transformable façade of the Storefront for Art and Architecture (designed in collaboration with Steven Holl) and the Island in the Mur, an unprecedented structure that served as a bridge, theater, cafe and playground all at once.

Read artnet's full obituary for Acconci, here, and see more of Acconci's work on his firm's website, here.

Video: Vito Acconci on Why Unbuilt Projects Are as Important as Built Ones

In this video from Crane TV, writer, poet, artist, and architect Vito Acconci discusses why his goal is not always to have his projects realized. Beginning his career with an education in creative writing from the University of Iowa, Acconci expresses his longtime desire as an artist for art to become "part of the world," explaining that this eventually led him to extend his creativity beyond words and artworks.

Video: Vito Acconci, Is Architecture Art?

Following on from their previous 'videopolemic' tribute to Lebbeus Woods, 32BNY has released their second video featuring artist and designer Vito Acconci's response to the question, "Is architecture art?". Having straddled both architecture and art throughout his carrer, Acconci is cleary comfortable in discussing their relationship, as he talks passionately about the importance of putting people at the center of both.

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Horizontal House / Juan Tohme

Posted: 28 Apr 2017 08:00 AM PDT

© JAG Studio © JAG Studio
  • Arquitectos: Juan Tohme
  • Ubicación: Zámbiza, Quito, Ecuador
  • Área: 255.0 m2
  • Año Proyecto: 2016
  • Fotografías: JAG Studio
  • Diseño Interior: Farah Design
  • Ingenierías: Juan Bonilla
  • Constructor: Constructora JBA
  • Propietarios: Familia Villacís-Cuesta
  • Área Terreno: 448m2
  • Área Total: 363m2
© JAG Studio © JAG Studio

 “La casa como tema arquitectónico, recorre las iniciativas de los arquitectos contemporáneos por pensar, concebir, proyectar y construir una obra de arquitectura que ha ido sedimentándose como problema a lo largo de la modernidad mediante investigaciones de variados enfoques. 

© JAG Studio © JAG Studio

Dan testimonio de tales búsquedas los trabajos de Mies, Le Corbusier, Alvar Aalto y Álvaro Siza, entre otros, quienes sentaron las bases de los modos de habitar modernos desde una mirada múltiple y abierta a las invenciones e innovaciones técnicas tanto como estéticas.  

Corte Corte

Ellos han definido tradiciones proyectuales las que, actualizándolas permanentemente, los arquitectos de las jóvenes generaciones refieren como un contexto de señalamientos productivos para sustentarse con su ejemplaridad pero también para trascenderlos. Tal es el caso de la obra de Juan Tohme, la que presenta unas cualidades equilibradas y armónicas entre su propuesta disciplinar y las potencialidades habitativas que la misma propone.

© JAG Studio © JAG Studio

El acto constructivo que ha devenido en “hogar” sabiamente ha sabido conjugar materialidades posibles, fragmentos de memorias en una sensibilidad en la que las temporalidades se interceptan para dar a luz las condiciones necesarias que fundamentan la noción habitativa: la vida misma.

© JAG Studio © JAG Studio

Esta casa nos invita a ser habitada ya que seguramente ella nos ha de habitar, enriqueciendo nuestros sueños, recuerdos y el deleite de la recreación visual de un paisaje cultural que la distingue”.                                  

Arq. Jorge Mele
Profesor Titular de la Facultad de Arquitectura, Diseño y Urbanismo de la Universidad de Buenos Aires (FADU/UBA). 

Planta Planta

Descripción del arquitecto: Ubicada en Zámbiza, parroquia rural situada al nor-este de la ciudad de Quito, la obra es implantada sobre un terreno rectangular en pendiente de 11m de ancho por 42m de largo, el cual, gracias al carácter tectónico de la casa, tensiona la relación con el paisaje y el lugar.

© JAG Studio © JAG Studio

Como primera operación proyectual, se establece el plano horizontal plano como elemento predominante sobre el plano inclinado natural (requerimiento del cliente), el cual generará una intención de volar hacia el horizonte, como si de un muelle se tratase.  

© JAG Studio © JAG Studio

Estas intenciones se remiten a sistemas conceptuales en este caso, una búsqueda de contraste y equilibrio espacial que se manifiesta entre lo funcional y artístico, entre el orden y la expresión, entre lo pesado y lo ligero, lo opaco y transparente, produciendo así, convergencias entre lo horizontal y lo vertical.

Planta Planta

El plano horizontal como epistemología y el equilibrio como metodología permiten dar un nuevo enfoque al problema del espacio arquitectónico y del habitar contemporáneo. En relación con esta idea, la fenomenología a través de la percepción de los objetos y del lugar, nos da las cualidades de la materia, del espacio que se genera de la interpretación entre estos y el habitante.  

© JAG Studio © JAG Studio

Relacionando la forma, función y espacio, la arquitectura eleva la experiencia de la vida cotidiana a través de los múltiples fenómenos que emergen de los entornos, programas y edificios concretos. 

Por un lado, existe una idea que impulsa la arquitectura; por otro, la estructura, el material, el espacio, el color, la luz y las sombras intervienen en su gestación. 

© JAG Studio © JAG Studio

Un programa arquitectónico explotado al máximo y distribuido en relación a la composición de la casa sobre un suelo natural modelado permitiendo así, integraciones y creaciones de nuevas visuales.  Esta composición se basa en tres operaciones: la primera, la generación de un volado de 6 metros hacia el horizonte a través de  tres vigas ménsulas metálicas longitudinales, conformando así en el fondo, un espacio caja (subsuelo) donde estarán las máquinas y bodegas; la segunda operación, tres planos horizontales planos (suelos y cubierta) y entre estos, una estructura ligera modulada que permita ordenar y distribuir los espacios adecuadamente, ya sean en la primera planta donde se ubicará lo social y en la segunda planta lo privado; como tercera operación la perforación vertical de estos planos horizontales conformando a través del vacío espacios de luz y de paisaje y de manera concreta a través de la disposición central de las escaleras.

Entre otras percepciones, se destaca la conjugación de materiales posibles como el metal, hormigón, ladrillo, vidrio y la relación con un equipamiento previamente establecido (puerta y muebles), presenciando así, una sensibilidad entre lo construido y la escala humana: una emoción arquitectónica. 

Un plano horizontal que flota, que se levanta del suelo para que se una al horizonte, al paisaje a través de una plataforma principal.  Otro plano horizontal a la altura del paisaje que pareciera la cubierta de un barco.  Un plano horizontal para buscar aquí la “lejanía y la calma”. Una arquitectura puesta siempre al servicio del hombre que vive, que sueña y que piensa. 

Una casa para vivir, para soñar, para pensar, para recorrer, para habitar, para tocar el cielo estando en la tierra.

Cabe destacar el lenguaje arquitectónico y cultural que se quiere expresar: la articulación de materiales entre sí como acto constructivo, espacios flexibles ordenados y expresivos entre el interior y el exterior como acto proyectual y una “horizontalidad verticalizada” a través de la perforación y búsqueda de luz y conformación de patios y huertos tensados por el recorrido como acto conceptual, dejando de lado lo retórico, reflejando así la posibilidad de actualización de pensamientos modernos basados en la propia disciplina arquitectónica.

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William J. Bates Elected 2019 AIA President

Posted: 28 Apr 2017 07:00 AM PDT

The election took place at the 2017 AIA National Convention in Orlando. Image © Flickr user billmorrow. Licensed under CC BY 2.0 The election took place at the 2017 AIA National Convention in Orlando. Image © Flickr user billmorrow. Licensed under CC BY 2.0

The American Institute of Architects (AIA) has announced the election of William J. Bates, FAIA, as the 2018 First Vice President and 2019 President-elect. Currently serving as a member of the Board of Directors (since 2011), Bates has served terms as a vice president and the chair of the Board Community Committee from 2015-2016. He twice served as president of AIA Pennsylvania, in 1991 and 2010, and was president of AIA Pittsburgh in 1987.

"As a profession, we solve our clients' problems by listening and synthesizing solutions," Bates commented. "These are the skills that we need to apply internally to make our profession more prosperous and inclusive for the next generation."

Bates also serves as vice president of real estate at Eat'n Park Hospitality Group, Inc, and is an adjunct professor at Carnegie Mellon University. He received a B.Arch. from the University of Notre Dame and pursued graduate studies in Construction Management at both Pennsylvania State University and the Harvard Graduate School of Design.

Learn more about the all the newly elected officials, here.

News via AIA.

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Yerbal 2 / Carbono Atelier

Posted: 28 Apr 2017 06:00 AM PDT

Courtesy of Carbono Atelier Courtesy of Carbono Atelier
  • Architects: Carbono Atelier
  • Location: Buenos Aires, Ciudad Autónoma de Buenos Aires, Argentina
  • Architect In Charge: Carbono Atelier
  • Area: 42.0 m2
  • Project Year: 2017
  • Other Participants: Pintar a mano textiles María Burundarena y Maia Llinares

The Client

In this project, the client is a contemporary woman, full of strong contrasts; with an innerself full of fabulous nuances.

Thus, she entrusted us with a home that could accomodated several friends gathered together, but also that could be adapted to her individual moments. 

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

She asked  for a vibrant and stimulating space, that could also contemplate a calm atmosphere where she can relax after a long day.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

Carbono Atelier

The challenge was to generate a project that would find its richness in the gradual transitions and not in the strong contrasts.

A space of subtle stimulation that could make a transition from one use to another. Working especially with the sense of touch, sight and smell; we managed to blur the boundaries between different uses and spaces.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

Texture

The contrast of the wall texture indicate, according to their height, the type of activity that will occur on that area.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

At times, the brick only reaches low heights, less than 40cm: and the people´s desire is to rest and sit. At times, the rustic base reaches 70cm, accompanying the daily height of eating and work.

To emphasize the change of texture, we decided to work the set in a single shade: white. Not to divert attention, but on the contrary, to highlight the roughness of each surface.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

Colour

The use of colour was reserved for the different textiles that dress the space. Velvet, linen and canvas.

The change of colour in textiles, induces different sensations.

The green tones in the vertical cloths, lead to a relationship with the outside landscape, covered by a variety of tones and plant species.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

The horizontal surfaces seek, contrarily, tones that you can only find inside the house; pink and orange tones, which bring the warmth associated with calm and comfort.

The colours and tones were achieved by hand dyeing, with different techniques seeking for the right ones for our space.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

Transparency

We worked with the sense of sight, with the aim of expanding a reduced space with visual sieves.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

We decided to use fabrics as translucent screens, which would allow us to configure the space in different ways: when the screens are open they are veils; and when they are closed act as tapestries.

Smell

We use materials of strong aromatic personality to stimulate the sense of smell. 

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

Local woods like Petiribí and Paraíso used in handles, light switches, lamps, siding and furniture. We also used argentinian leather and wool on the central carpet of the place.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

Sound

In the dining area, we decided to create a vibrant area. An  extra-large Philippine lamp made of shells, that sounds with the movement of the diners or the blowing of the wind, when the windows are open.

Courtesy of Carbono Atelier Courtesy of Carbono Atelier

In contrast, in the living area, we used absorbent materials, such as cork and fabrics for a calmer acoustic enviroment. 

The Result

Axonometric Axonometric

Finally, we achieved a space that generates one of the most important things for us: a client that can develop daily in different ways throught their home, but always in a pleasurable way.

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The Global Cities With the Worst Traffic Problems

Posted: 28 Apr 2017 05:00 AM PDT

Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index

Earlier this year, Dutch company TomTom(TOM2) released a detailed report that uncovered the cities around the world *that have the most traffic congestion, based on the results of the TomTom Traffic Index 2017. According to the latest analysis, Mexico City will retain its crown as the "most traffic congested city" in the world. Drivers in the Mexican capital are expected to spend an average of 66% extra travel time stuck in traffic any time of the day, and up to 101% in the evening rush hours adding a whopping 227 hours of extra travel time per year. 

Next in the global rankings are Bangkok (61%), Jakarta (58%), Chongqing (52%) and Bucharest (50%), making up the top five most congested cities in the world. You can find out more about TomTom's Traffic Index and discover where your home city ranks at after the break.

Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index
Courtesy of TomTom Traffic Index Courtesy of TomTom Traffic Index

You can find out more about the TomTom Traffic Index, and discover where your home city ranks here.

News via: TomTom.

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Distillery Terrace / 1540 Arquitectura

Posted: 28 Apr 2017 04:00 AM PDT

© César Béjar © César Béjar
  • Architects: 1540 Arquitectura
  • Location: Tequila, Jalisco, México
  • Collaborator Architects: Jaime M. Castillo, Román Hidalgo, Oscar A. Quintero
  • Construction: 1540 arquitectura, Félix Ramón Ortega Sandoval
  • Structure: Ing.Jesús Manuel Cárdenas Moreno.
  • Area: 284.0 m2
  • Project Year: 2016
  • Photography: César Béjar
  • Client: Destilería Leyros S.A. de C.V.
© César Béjar © César Béjar

From the architect. The project is located inside a tequila distillery in the Magical Town of Tequila, Jalisco, which in addition to being the place where most of the world's tequila is distilled, is a place characterized by its scenic beauty and an endless Of traditions. 

© César Béjar © César Béjar

The main intention of this project is to provide an exhibition space, tasting and storage for the client's select tequila reserve.

Axonometrica Axonometrica

It was very significant to understand the effort that exists behind the elaboration of a bottle of tequila, especially the importance of artisans in the process of elaboration and the way in which traditional techniques converge with those of the latest generation in the Elaboration of this representative and iconic product of Mexico.

© César Béjar © César Béjar

"LA TERRAZA DESTILERÍA" seeks to reflect this convergence between traditional and contemporary, with this objective in mind was extremely important the use of labor and experience of local artisans where the selection and use of materials (steel, wood, Concrete, granite, marble and stone typical of the region) are an analogy of the traditional process in the manufacture of tequila, which ends up reflecting the "pride" in its elaboration.

© César Béjar © César Béjar

Architecturally the project is a set of two parts, the first, a TECTONIC element, the "TERRACE" a free plant in steel-wood structure supported on a metal column and two walls covered with laja stone typical of the region (a reference to Mies Van der Rohe) where different social and promotional events are held for the tequila distiller. The second STEREOTOMIC element, the ¨CAVA¨ a large box of buried concrete with characteristics suitable for storage, protection and exhibition of the selected reserve of barrels of tequila property of the client.

© César Béjar © César Béjar

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TED Talk: The Designer of Chile's Bahá'í Temple Explores Sacred Spaces in a Secular Time

Posted: 28 Apr 2017 02:30 AM PDT

In a recent TED Talk, architect Siamak Hariri takes the audience inside his design process for the Bahá'í Temple of South America. Responding to an open call in 2003 to design the last of the faith's continental temples in Santiago, Chile, Hariri recalls a moment as a student at Yale when he learned about the transcendent power of architecture, a moment he tried to recreate in the twelve-year project.

© Vanessa Guillen © Vanessa Guillen

Because the Bahá'í faith lacks any specific, predetermined architectural style, Hariri was left to determine what elements of a structure can convey a sense of the sacred. In addition to the nine-sided radial figure (in the Bahá'í faith the number 9 symbolizes completeness and perfection) the architect chose shapes and materials that allow light to emanate from the walls of the temple.

Hariri explains how the drape-like, luminescent sails converge and create movement from the sunlight. The entire project is built in perfect proportions that harken back to ancient Roman conceptions of a sacred geometry that comes from nature, and is a lesson in how to build a welcoming, human spiritual space. 

Bahá'í Temple / Hariri Pontarini Architects

Bahá'í Temple of South America Wins 2017 Innovation in Architecture Award

Toronto-based Hariri Pontarini Architects' Bahá'í Temple of South America has won the 2017 Innovation in Architecture Award presented by the Royal Architectural Institute of Canada (RAIC).

How Chile's Bahá'í Temple Uses High Technology to Create a Spiritual Space

Now nearing completion just outside Santiago, Hariri Pontarini Architects' Bahá'í Temple of South America is currently one of the most significant religious construction projects in the world.

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GERM / Van Staeyen Interieur

Posted: 28 Apr 2017 02:00 AM PDT

© Luc Roymans           © Luc Roymans
  • Architects: Van Staeyen Interieur
  • Location: Willebroek, Belgium
  • Architect In Charge: johan van staeyen & wim clissen
  • Area: 50.0 m2
  • Project Year: 2017
  • Photographs: Luc Roymans
© Luc Roymans           © Luc Roymans

"Woow, it is so much better than I could have imagined." That, with a big smile on their face, is a reaction I often get when the kids step into their new 'house'. Because that is what I like to create for them: a house within a house. A space in wich they feel home and safe. With a lot of coziness. 

© Luc Roymans           © Luc Roymans
Section Section

Kids long for that. Their own special place in which they can retrieve. This old mansion, dating from the beginning of the 20th century in a rural Belgian place, was spacious enough to design a high rising volume, the 'child-house'. This volume holds two beds and a top floor. It divides the room into three: left, right and a top-floor. The top floor can be a playing room while the kids are still young and a multimedia place when they turn teenager. Each bunkbed gives to their own desk and side of the room. With different lightning and colour accents the two kids can create their own atmosphere. Besides the beds, the volume holds space for closets and drawers. The pinewood gives the whole place extra authenticity and warmth.

© Luc Roymans           © Luc Roymans
© Luc Roymans           © Luc Roymans

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The Iconic Architecture of Apple Retail Stores

Posted: 28 Apr 2017 01:00 AM PDT

Yesterday, the Apple Store Dubai officially opened to the public, becoming the tech giant's 494th retail store to debut since the opening of their very first brick-and-mortar store in 2001 in Fairfax County, Virginia. Since that first occasion, their stores have become synonymous with ground-breaking, transparent design, with Apple even receiving patents for their iconic flagship store and glass staircase designs

With their newest stores, Apple has tried to build what they call a "modern-day town square," where visitors come not just to shop, but to be inspired, learn and connect with others in an inviting community space.

To mark the Dubai store's opening, we've rounded up 11 of the most iconic Apple stores from around the globe.

Dubai, UAE / Foster + Partners 

© Apple © Apple

The newest Apple store features a 186-foot curved storefront and balcony overlooking Burj Khalifa and the Dubai Fountain, equipped with eighteen 37.5-foot-high motorized "Solar Wings" that react to changing climate conditions.

Ginza, Tokyo / Bohlin Cywinski Jackson

© wikimedia user Thomas van de Weerd. Licensed under CC BY 2.0 © wikimedia user Thomas van de Weerd. Licensed under CC BY 2.0

Zorlu Center, Istanbul / Foster + Partners

© Nigel Young © Nigel Young

In Istanbul, Foster + Partners designed a glass-structured lantern that projects out of the underground retail level, into a reflecting pool.

Westlake, Hangzhou / Foster + Partners

© Nigel Young © Nigel Young

Amsterdam, Netherlands / AGS Architects

© Apple © Apple

The Amsterdam store is one of the largest Apple retail stores in terms of products available.

Union Square, San Francisco / Foster + Partners

© Apple © Apple

Following in their community-oriented mindset, this store went through a major redesign to preserve a nearby fountain designed by sculptor Ruth Asawa.

Brussels, Belgium / Jony Ive

© Apple © Apple

The Brussels location was the first store designed by Apple's Chief Design Officer, Jony Ive.

Grand Central Station, New York / Bohlin Cywinski Jackson

© Apple © Apple

Pudong, Shanghai / Bohlin Cywinski Jackson

© Apple © Apple

Apple Regent Street / Foster + Partners

© Nigel Young © Nigel Young

5th Avenue, New York / Bohlin Cywinski Jackson

© Apple © Apple

The glass cube at Apple's New York Flagship store received its own patent in 2014.

See all of the Apple store designs here or at Apple's retail website, here.

News via Apple, Foster + Partners.

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5 Online Resources For Learning How To Protect Wooden Buildings From Fire

Posted: 27 Apr 2017 11:00 PM PDT

Full-scale Mass Timber Shaft Demonstration Fire. Image Courtesy of reThink Wood Full-scale Mass Timber Shaft Demonstration Fire. Image Courtesy of reThink Wood

With the aim of raising awareness and expanding knowledge about the advantages of wood in the built environment, reThink Wood has created an online library that collects a series of articles, reports, studies and videos that can be freely accessed right now.

Here we have 5 outstanding resources related to fire safety, which can help you solve this issue on your next project.

Fire Safety and Protection: Why Wood Construction Comes Out on Top (Video)

"Hear from industry experts about mass timber construction's proven safety and performance record for fire protection. Mass timber offers a distinct advantage because it chars on the outside while retaining strength. With innovative technologies and wood products such as cross-laminated timber (CLT), glued laminated timber (glulam) and nail laminated timber (NLT), wood meets modern building codes and outperforms other building materials." [Watch The Full Video]

Fire Safety and Protection: Why Wood Construction Comes Out on Top. Image Courtesy of reThink Wood Fire Safety and Protection: Why Wood Construction Comes Out on Top. Image Courtesy of reThink Wood

Summary Of The Fire Protection Foundation Report – Fire Safety Challenges Of Tall Wood Buildings

"With new engineered timber products such as cross-laminated timber becoming more prevalent, this study evaluated the current knowledge of tall timber construction to identify gaps in knowledge, and where if fulfilled, will provide a better understanding of the potential fire safety performance of tall timber buildings.

The study identified a number of knowledge gaps, of which most were related directly to the new technology of engineered timber products that have resulted from the use of CLT. These included system-level fire testing, use of composite assemblies, CLT char fall-off and construction fire safety. The study concluded that the priority for future research should target three areas of research, being the contribution of exposed timber to room fires; connections between timber components and timber composite assemblies; and penetrations for building services." [Read More]

Charring of an exposed timber member (Buchanan 2001). Image Courtesy of reThink Wood Charring of an exposed timber member (Buchanan 2001). Image Courtesy of reThink Wood

Calculating The Fire Resistance Of Exposed Wood Members

"The superior fire performance of timbers can be attributed to the charring effect of wood. As wood members are exposed to fire and the wood begins to burn, a char layer is formed. The char layer acts as an insulator and protects the core of the wood section. Thus, wood members can be designed so that a sufficient cross section of wood remains to sustain the design loads for the required duration of fire exposure. A standard fire exposure is used to calculate the fire resistanceFull-scale Mass Timber Shaft Demonstration Fire." [Read More]

Technical Report N.10 / American Wood Council. Image Courtesy of reThink Wood Technical Report N.10 / American Wood Council. Image Courtesy of reThink Wood

Investigation Of Fire Performance Of CLT Manufactured With Thin Laminates

"Nowadays, the fire behavior of CLT panels made from solid-sawn lumber exposed to fire is well known and documented by a number of research organizations and universities. However, due to the desire to optimize how material is used in CLT, and ultimately lower manufacturing costs, CLT with thin laminations ranging from 19 to 25 mm in thickness has started to be produced in North America, which somewhat limits the applicability of some design provisions which were derived and validated from CLT made with 35-mm laminations. There is currently limited research on CLT manufactured with thin laminations, namely with respect to their fire behavior and specifically the effective charring rate." [Read More]

Investigation of Fire Performance of CLT Manufactured with Thin Laminates. Image Courtesy of reThink Wood Investigation of Fire Performance of CLT Manufactured with Thin Laminates. Image Courtesy of reThink Wood

Full-scale Mass Timber Shaft Demonstration Fire

"In support of the Tall Wood Building Demonstration Project in Quebec, QC, a mock three storey shaft and adjacent apartment was constructed to demonstrate the fire performance of the proposed structure. The contents in the apartment were representative of a high fuel load so that the fire dynamics and response of the structure when exposed to a severe fire could be observed." [Read More]

Full-scale Mass Timber Shaft Demonstration Fire. Image Courtesy of reThink Wood Full-scale Mass Timber Shaft Demonstration Fire. Image Courtesy of reThink Wood

Find more related resources here.

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