Posts tagged with "University of Texas at Austin (UT Austin)":
Dear UT community, I am excited to announce that Michelle Addington will serve as the next dean of the School of Architecture effective July 1, 2017. Michelle comes to us from Yale University where she holds joint appointments in the School of Architecture as well as the School of Forestry and Environmental Studies. Educated as an architect and engineer, she brings an impressive array of experience and expertise, both in academia and applied practice. Over the past 20 years she has dedicated herself to education as a teacher, mentor, and leader at Yale and Harvard. Earlier in her career she worked at NASA’s Goddard Space Flight Center and at DuPont as an engineer and manager. The interdisciplinary perspective she brings will be a tremendous asset to the school and university, and I am thrilled that she has agreed to lead one of the top architecture programs in the country. Michelle holds undergraduate degrees from Tulane University and Temple University, and master and doctorate degrees from the Harvard Graduate School of Design. Her teaching and research focuses on sustainable energy systems, advanced materials, and new technologies. In 2009, Architect Magazine recognized her as one of the top ten architecture faculty in the nation. I also want to take this opportunity to thank Elizabeth Danze. As interim dean, I could not have asked for a more effective leader and partner throughout this process. She is highly respected by her colleagues and the campus community and has led the school with distinction this year. Please join me in thanking Elizabeth for her leadership and service. Michelle is an exciting addition to the Longhorn community. Please join me in welcoming her to UT. Sincerely, Maurie McInnis Executive Vice President and Provost The University of Texas at Austin
On October 10, the two-day South by Southwest (SXSW) Eco Conference kicked off in Austin, Texas. Igor Siddiqui and Nerea Feliz, professors at the University of Texas at Austin School of Architecture, were asked to design the stage backdrops for this year’s event. The design brief specified eight different, but interrelated, stage backdrops for the conference, ranging in width from 12 to 30 feet and offering a “striking visual presence that highlights innovation.”
Together, Siddiqui and Feliz explored issues of serial variation, digitally derived patterning, and robotic painting. The result was Serriform. Drawing on Ettore Sottsass’s 1992 Adesso Peró bookcase, Serriform gets its name from the serrated edges of its columns.
“Digital technologies have transformed the logic of mass production by allowing repetitive processes to produce variation, meaning that components, objects, and patterns produced in a series no longer all have to be the same,” said Siddiqui. “Our project was designed with such capabilities in mind.”
For example, Siddiqui continued, the columns forming the principal structure for the stage backdrops feature a range of different geometric profiles, while still belonging to the same “family.” “This was achieved using a parametric script in the design process,” he said. “Because the columns were fabricated digitally [using CNC machinery], it was as efficient to produce the series with such variation as it would have been had they all been identical.”
A Kuka Robotics KR60 robotic arm spray-painted the pattern on the panels while a script in algorithmic modeling editor Grasshopper was used to facilitate variation in the paint application. During this process, the script remained the same, but the variables within it changed in order to take into account materiality, fabrication, assembly, and use. “We were amazed by the idiosyncratic nature of each mark—none is the same even if the script is repeated over and over again,” said Siddiqui. “This allowed us to make the kinds of painted marks that would have been difficult, if not impossible, to achieve through any available mechanical or manual means.”
Siddiqui and Feliz intend for Serriform to be used beyond the SXSW conference. “The challenge of temporary installations like this is that they are only useful for a short period in time,” Siddiqui said. “A plan for its after-use was very important to us, so the whole installation is actually designed to serve as a shelving and partition system afterwards.” (According to Siddiqui, a Serriform 2.0 is on the way.) “We looked at iconic bookshelf designs, seeking examples where their sculptural qualities transcended function,” he continued. “Adesso Peró gave us some good clues, while allowing us to come up with a more variable version tailored to the digital era. Sottsass’s design is still all based on the repetition of the same dimension and form, and today we can do so much more! While his bookcase is a piece of furniture, we think of work as architecture. In this way, the H-profile columns (like that of steel members) are decidedly tectonic in nature and open to other spatial applications. We are continuing to work on this project by designing new scenarios for how the columns and panels can be used as shelving and partitions, and, unlike their role as backdrops, arranged in space in a more three-dimensional way.”
The University of Texas at Austin is the first tier-one public university in the United States to build a new medical school from the ground up in almost 50 years. Dell Medical School, funded largely by a raise in local property taxes, consists of 11 departments and institutes scattered among new buildings on the southern edge of campus and oriented around the school’s idyllic Waller Creek.
The new campus’s master plan, designed to connect the medical district physically and architecturally to the rest of the university and Downtown Austin, was designed by Sasaki Associates and Page Southerland Page. Of its new structures, unquestionably the centerpiece is Page’s and S/L/A/M Collaborative’s Health Learning Building.
The five-story structure is a long, slender volume with massing, height, and materiality all informed by the campus’s materials, colors, and overall feel. It’s essentially divided into two main components: The north-facing “social edge”—a section of open spaces, workshops, and breakout zones expressed by a largely glass wall (including both clear- and clay-colored glass)—and a large, multilevel cantilevered stair. An opaquely-clad section, facing south, east, and west, is marked by intricately CNC-milled limestone walls with punched windows (shaded by terra-cotta colored fins). All areas feature team-based learning spaces and labs, as opposed to traditional classrooms, a strategy meant to promote innovation and collaboration.
“They’re really interested in being revolutionary. Rethinking the healthcare industry,” said Page partner Lawrence Speck. The school’s tagline, he noted, is Rethink Everything.
The surrounding structures, which Speck refers to as “fabric buildings,” are tied together, and to the rest of campus, by materials like stone and metal as well as by their height and massing. The 260,000-square-foot, eight-story Health Discovery Building is primarily for research and houses 97,000 square feet of laboratory space, a 20,000-square-foot vivarium and 15,000 square feet of core labs. The 233,000-square-foot, 10-story Health Transformation Building, an advanced medical office building, will be connected to the Health Discovery Building via a five-level “dry lab,” allowing collaboration among medical professionals and clinical researchers.
The campus is also shooting high in terms of sustainability. The Health Learning Building will be LEED Gold, while the overall district is aiming to be one of the first examples of the Sustainable Sites Initiative, evaluating buildings, landscape architecture, and engineering as a holistic whole.
Things seem to be going so well, said Speck, that the dean has already started talking to the design team about a second phase of building, far ahead of schedule. “They definitely see the architecture as a means to go after their goals,” said Speck, who has been studying, teaching, and building at UT for about 40 years. “I feel like I’m living a dream,” he added.
In Hyperstyle, architects Mason Leland Moore and Joel Nolan of spaceCAMP create an environment in which physical tension takes center stage. The exhibition looks at the pull between the concrete floor and the ceiling of the Materials Lab at the school of architecture. Both set out to test different materials while exploring spatial concepts at specific site installations. Two grids of thin columns overlap with one rising from the floor, and the other descending from the roof. The tension is accentuated by the consistent overlays, along with a change in color from yellow to a light gray. Conventional construction techniques are reflected in the room’s organization through the intimate relationship formed between the ceiling and the floor’s multiple columns.
Hyperstyle is on view at the Materials Lab Gallery of the West Mall Building at the The University of Texas at Austin's School of Architectures, April 15–August 10.