Posts tagged with "Mark Foster Gage":
As part of a four-month-long seminar organized by New York architect and Assistant Dean of the Yale School of Architecture Mark Foster Gage, students investigated new forms of political activism through the design of objects.
The course synopsis began with this quote from Leonardo Da Vinci:
It had long since to come to my attention that people of accomplishment rarely sat back and let things happen to them. They went out and happened to things.
By way of some background, in 2014, the Victoria & Albert Museum (V&A) in London produced an exhibition titled Disobedient Objects, curated by Catherine Flood. Here, the constraint of urgency amplified the political power of designers' work. Examples included a mask (made from a plastic water bottle) that protects protesters from tear gas and an arrangement of poles that people can climb and avoid being removed from an area by police.
Speaking to The Architect's Newspaper (AN), Gage discussed how the October symposium he organized at Yale, titled Aesthetic Activism, explored how architecture’s critical-theory basis for socially engaged design is increasingly ineffectual, as it "merely calls for the revealing of a given social inequality or problem—not a requirement to act to remedy it." "Seeing a problem rarely actually prompts action to solve it," reads the synopsis of his class—an idea that echoes the work of philosopher Jacques Rancière, on whose work the seminar was significantly based.
After guiding students through works by philosophers such as Rancière (who explores the politicization of aesthetics), Elaine Scarry (who wrote Thinking in an Emergency), and Graham Harman and Timothy Morton (significant philosophers in the burgeoning Object Oriented Ontology movement), as well as the more household names from aesthetics including Kant, Fiedler, Burke and Hickey, Gage saw his students produce a series of increasingly politicized design projects that emerged, increasingly, in reaction to the recent election and presidency of Donald Trump.
- A 3-D printed monument of Donald Trump (an ostentatious and vulgar creation laden with authoritarian imagery) and model depicting Rancière's "Distribution of the Sensible" philosophical framework (whereby political perceptions are altered; note Trump's back is turned); both by Robert Smith Waters.
- A ballot box in which only one shape can be placed inside (note the shape of a heart does not fit).
- A protective face mask that offers guidance on what do if arrested on one side and an eye-less smiley face on the other, by Casey Furman.
- Roller-blades that can only go in perpendicular directions, by Claire Haugh.
- A hammock to aid those who climb corporate towers as an act of protest, by Steven McNamara (see AN's coverage of the man who climbed Trump Tower in New York last year).
The Yale School of Architecture has a history of political protests dating back to the 1960’s. This year, numerous large banners of "We won't build your wall" covered the Paul Rudolph–designed structure. Previously, a large banner had read: "United Against Hate." Students also issued a statement in wake of the AIA's initial stance on Trump, saying: “Our profession been plagued by a history of racial and gender inequity. The AIA’s immediate and unquestioning pandering to the Trump administration threatens a continuation of our troubled past and demonstrates a willingness to pursue financial gain at the expense of our values.”
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Students use parametric design to fashion a porous architectural screen that draws from contemporary marble sculpture.In the third edition of Mark Foster Gage’s Disheveled Geometries seminar at the Yale School of Architecture, students Mary Burr and Katie Stranix began their exploration of extreme surface textures with marble. Inspired by the sculptural work of Tara Donovan and Elizabeth Turk, the student duo set out to design a delicate yet porous screen that transformed a two dimensional panel into a rhythmic and dynamic 3D structure. According to Stranix, the first design emerged as an aggregation of several different parts and wasn’t intended for parametric processes. “We wanted to maintain delicacy in our design but add porosity,” she told AN, referencing Herzog & de Meuron’s ground level screen at 40 Bond Street in Manhattan. Working in Maya, the students added elliptical apertures in varying diameters to transform the two-dimensional form in a wavy, 3D screen that departed significantly from a standard panel format. To add texture to the screen, Stranix and Burr imported their work to Mudbox, but found the renderings ineffective. Though the mockups weren’t to scale, extrapolations of the desired micro-texture resulted in a polygon count “somewhere in the millions,” Stranix said. “If we were going to get it fabricated on the real material, the count would have to be under 12,000.” The same micro-texturing attempts were made in Zbrush—the program that rendered the wrinkles on King Kong’s face in Peter Jackson’s 2005 remake—but that also produced the same dissatisfactory outcome due to their lack of access to a very small mill. Going back to the drawing board, Burr and Stranix decided to try using a KUKA robot CNC router to apply the desired texture that would appear naturally from veining in marble. “Marble was so prevalent for so many years, and now it’s nearly obsolete,” Burr said. “Architectural materials are desired for their smoothness, so building up that curvature was a rethinking of that.” Taking advantage of the KUKA’s ability to execute undercuts, texture was added with a broader jump of the drill bit across a 20-inch-by-40-inch panel of Obomodulan, a high-density foam. Working in Powermill, the students designed a path to carve the elliptical grooves but also tolerated machine-induced variations. With this method, the process generated deep variations in texture. The highest point measured about 6 inches, whereas the lowest point was only 2 inches. The final finishing was achieved by approximately 14 hours of hand sanding. In addition, any crevices the robot couldn’t reach were drilled out by Burr and Stranix. “Technically, it all could have been done robotically, but we didn’t have an end mill that small in diameter,” Stranix said. A smooth seal was applied with automotive primer and paint.