Swiss researchers enlist the help of robots to build high-tech showhome

ETH Zürich’s high-tech showhome opened its doors this past week. The three-story DFAB HOUSE has been built on the NEST modular building platform, an Empa– and Eawag–led site of cutting-edge research and experimentation in architecture, engineering, and construction located in Dübendorf, Switzerland. The 2,150-square-foot house, a collaboration with university researchers and industry leaders, is designed

Nonprofit to document publicly-owned sculptures in the U.K.

There have been a number of projects to digitize culture as of late. More and more museums are putting their collections online, and there are, of course, the many projects of Google Arts & Culture, including the company’s recent experiments 3-D printing historic sites. Now, all of the United Kingdom‘s publicly-owned sculptures that have been made

Seoul’s Robot Science Museum will be its own first exhibition

The soon-to-be-built Robot Science Museum in Seoul, South Korea, will be a robotics exhibition itself. The museum, to be designed by Turkish firm Melike Altınışık Architects (MAA), will be built by robots when construction begins next year. In this way, the construction of the building itself will be the museum’s “first exhibition,” according to principal

Chattanooga company hopes to break ground on 3-D-printed house this year

  3-D printing in architecture is growing—literally. Once limited to models and small pieces, the technology has recently been adapted to large-scale projects, like the world’s largest 3-D-printed concrete bridge in Shanghai, a stainless steel bridge in the Netherlands, and walls for U.S. military barracks. An Austin-based company has even begun selling plans for 3-D-printed

Swiss researchers develop high-tech floor that minimizes concrete use

Global construction continues to steam ahead, even while seemingly mundane building materials (like sand) become rarer and more precious, and construction industry’s carbon dioxide emissions contribute to global climate change. The building industry seems to be demanding new solutions, but scalable alternatives remain scarce. Enter the Block Research Group at ETH Zurich. The group, which is

Flexible 3-D-printed cement stretches the possibilities of concrete

Concrete is a ubiquitous building material, applied to the bulk of contemporary construction projects. While the sedimentary aggregate is commonly used due to its impressive compressive strength, it remains a brittle material subject to damage or failure during extreme environmental events such as earthquakes. In response to this inherent weakness, a team of researchers based out

Neri Oxman’s Fiberbots autonomously build human-scale structures

The MIT-based Mediated Matter Group, founded by architect and designer Neri Oxman, is well known for its groundbreaking explorations at the nexus of 3-D printing, design, and what Oxman refers to as “material ecology,” a term that covers projects ranging from a CNC-fabricated scaffold coiled with silk thread produced by 6,500 silkworms to a solid wooden chaise adorned