flexiblefullpage -
billboard - default
interstitial1 - interstitial
catfish1 - bottom
Currently Reading

Four building material innovations from the Chicago Architecture Biennial

Architects

Four building material innovations from the Chicago Architecture Biennial

Responding to global housing shortages by designing sustainable, mass-produced housing is a common theme in the event's exhibited work


By Adilla Menayang, Assistant Digital Editor | October 20, 2015
4 Building Material Innovations from the Chicago Architecture Biennial

The main exhibit hall is the Chicago Cultural Center, which opened in 1897 and served as the city’s main library until 1977. Photo by Adilla Menayang

It’s been nearly three weeks since the Chicago Architecture Biennial kicked off on Oct. 3. Reviews have been generally positive, from the Chicago Tribune’s Blair Kamin calling it a “mixed bag” with a vaguely titled, though well executed, theme, to The Wall Street Journal’s Julie V. Lovine, writing that the inaugural event has “just the right proportion of earnest effort to razzle-dazzle.”

But as Lovine puts it, the event’s title, “The State of the Art of Architecture” is indeed fitting, as it “is a pulse-taking of contemporary architecture as it could be—creative responses that suggest solutions to some of the intractable, quotidian challenges of our times.”

One thing that stood out for BD+C was the experimentation with new building materials and methods, drafted by both established and up-and-coming talents in the architecture world as a response to today’s environment, societal behavior, and business demands. Here are some highlights:

 

1.Dried Leaves in “The S House” by Vo Trong Nghia Architects

 

 

The Vietnamese firm is well known for incorporating nature into its projects, weaving green space in and out of the built area such as seen in their multifamily residential project, and designs for FPT University’s administrative and classroom buildings.

To the Chicago Architecture Biennial, Vo Trong Nghia brings another sustainable concept, The S House, which aims to make easy to build affordable homes that can be sheathed in locally sourced, renewable material.

According to Dezeen, the design was first released in 2012 and has been refined ever since. Each home should cost around $1,000 and can provide relief in countries struck by natural disasters.

The frame is a galvanized steel structure where each components is 130 pounds or less, and can be erected in under three hours. The frame is then sheathed in dried leaves, as displayed at the Biennial, but any other material that is locally available can substitute. The house is one of four full-sized houses on display at the event’s main exhibition in the Chicago Cultural Center building.

 

2. Cross-Laminated Timber in “Chicago Horizon” by Ultramoderne

 

 

The Rhode Island-based architecture firm Ultramoderne was the winner of the biennial’s Chicago Pavilion competition.

Dezeen reports that the Chicago Horizon pavilion was built “using the largest lengths of timber that can be shipped across North America.”

The structure is constructed near the Museum Campus by Lake Michigan, offering views of the Chicago skyline from the south east. The entire structure was built using cross-laminated timber.

The design uses cues from legendary German architect who later made Chicago home, Ludwig Mies van der Rohe.

 

3. Wooden Pallets in Low-Cost House by Tatiana Bilbao

 

 

#chicagoarchitecturebiennial #chicagoarchitecturefoundation #chicagoarchitecture @chicagoarchitecturebiennial

A photo posted by Saul Aaron Appelbaum (@veramaurinapress) on

 

Using wooden pallets to create a rustic, industrial look in interior design has been gracing the pages of design websites for a while, but Mexican architect Tatiana Bilbao is giving the shipping tool a greater purpose.

The architect’s low-cost home design relies on the lightweight yet sufficiently sturdy pallets to establish rooms. They can be shifted around as the household grows or shifts needs.

 

4. Rocks and Strings in “Rock Print” by Gramazio Kohler and Skylar Tibbits

 

 

Towering over attendees in the Chicago Cultural Center is the Instagram-ready, three-legged structure designed by Gramazio Kohler Research of ETH Zürich and Skylar Tibbits of MIT’s Self-Assembly Lab.

According to Archdaily, the structure was created by robotic hands that laid down strings, and between the layers of strings, rocks were placed by hand. A video is the best way to explain this:

 

The tower of rocks isn’t just an artistic sculpture. As The Wall Street Journal’s architecture writer Julie V. Iovine puts it, “the process has untold potential for sustainable and economic construction using the cheapest materials imaginable.”

Related Stories

K-12 Schools | Apr 30, 2024

Fully electric Oregon elementary school aims for resilience with microgrid design

The River Grove Elementary School in Oregon was designed for net-zero carbon and resiliency to seismic events, storms, and wildfire. The roughly 82,000-sf school in a Portland suburb will feature a microgrid—a small-scale power grid that operates independently from the area’s electric grid. 

AEC Tech | Apr 30, 2024

Lack of organizational readiness is biggest hurdle to artificial intelligence adoption

Managers of companies in the industrial sector, including construction, have bought the hype of artificial intelligence (AI) as a transformative technology, but their organizations are not ready to realize its promise, according to research from IFS, a global cloud enterprise software company. An IFS survey of 1,700 senior decision-makers found that 84% of executives anticipate massive organizational benefits from AI. 

Codes and Standards | Apr 30, 2024

Updated document details methods of testing fenestration for exterior walls

The Fenestration and Glazing Industry Alliance (FGIA) updated a document serving a recommended practice for determining test methodology for laboratory and field testing of exterior wall systems. The document pertains to products covered by an AAMA standard such as curtain walls, storefronts, window walls, and sloped glazing. AAMA 501-24, Methods of Test for Exterior Walls was last updated in 2015. 

MFPRO+ News | Apr 29, 2024

World’s largest 3D printer could create entire neighborhoods

The University of Maine recently unveiled the world’s largest 3D printer said to be able to create entire neighborhoods. The machine is four times larger than a preceding model that was first tested in 2019. The older model was used to create a 600 sf single-family home made of recyclable wood fiber and bio-resin materials.

K-12 Schools | Apr 29, 2024

Tomorrow's classrooms: Designing schools for the digital age

In a world where technology’s rapid pace has reshaped how we live, work, and communicate, it should be no surprise that it’s also changing the PreK-12 education landscape.

Adaptive Reuse | Apr 29, 2024

6 characteristics of a successful adaptive reuse conversion

In the continuous battle against housing shortages and the surplus of vacant buildings, developers are turning their attention to the viability of adaptive reuse for their properties.

AEC Innovators | Apr 26, 2024

National Institute of Building Sciences announces Building Innovation 2024 schedule

The National Institute of Building Sciences is hosting its annual Building Innovation conference, May 22-24 at the Capital Hilton in Washington, D.C. BI2024 brings together everyone who impacts the built environment: government agencies, contractors, the private sector, architects, scientists, and more. 

Mass Timber | Apr 25, 2024

Bjarke Ingels Group designs a mass timber cube structure for the University of Kansas

Bjarke Ingels Group (BIG) and executive architect BNIM have unveiled their design for a new mass timber cube structure called the Makers’ KUbe for the University of Kansas School of Architecture & Design. A six-story, 50,000-sf building for learning and collaboration, the light-filled KUbe will house studio and teaching space, 3D-printing and robotic labs, and a ground-level cafe, all organized around a central core.

Sports and Recreational Facilities | Apr 25, 2024

How pools can positively affect communities

Clark Nexsen senior architects Jennifer Heintz and Dorothea Schulz discuss how pools can create jobs, break down barriers, and create opportunities within communities.

Senior Living Design | Apr 24, 2024

Nation's largest Passive House senior living facility completed in Portland, Ore.

Construction of Parkview, a high-rise expansion of a Continuing Care Retirement Community (CCRC) in Portland, Ore., completed recently. The senior living facility is touted as the largest Passive House structure on the West Coast, and the largest Passive House senior living building in the country.

boombox1 - default
boombox2 -
native1 -

More In Category

Mass Timber

Charlotte's new multifamily mid-rise will feature exposed mass timber

Construction recently kicked off for Oxbow, a multifamily community in Charlotte’s The Mill District. The $97.8 million project, consisting of 389 rental units and 14,300 sf of commercial space, sits on 4.3 acres that formerly housed four commercial buildings. The street-level retail is designed for boutiques, coffee shops, and other neighborhood services.


Construction Costs

New download: BD+C's May 2024 Market Intelligence Report

Building Design+Construction's monthly Market Intelligence Report offers a snapshot of the health of the U.S. building construction industry, including the commercial, multifamily, institutional, and industrial building sectors. This report tracks the latest metrics related to construction spending, demand for design services, contractor backlogs, and material price trends.



halfpage1 -

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021