KieranTimberlake participated in this year's AEC (Architecture, Engineering, and Construction) Hackathon hosted at the Consortium for Building Energy Innovation (CBEI), a building designed by the firm in 2014. The event was attended by teams of students and professionals alike with the goal of connecting designers, developers, architects, and engineers with new technologies for the built environment.
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When working in a new climate, researchers and designers at KieranTimberlake go to great lengths to investigate the design challenges inherent to the environment. During an early design meeting for the North Campus Housing project at the University of Washington, KieranTimberlake's team observed a campus landscape brimming with moss, algae, and lichen. These types of biological growth (“bio-growth”) are ubiquitous in the Pacific Northwest, clinging to windowsills, carpeting sidewalks, and decorating buildings. Located in a temperate rainforest climate zone with plentiful rain and cloud cover, the University of Washington's campus presented a unique set of challenges for the design team.
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Partner Stephen Kieran was a guest earlier this month on the Leonard Lopate Show on WNYC, New York City's NPR station. Focusing on his work with fellow partner James Timberlake on the Dhaka Design-Research Laboratory, Kieran discussed the challenges facing the city of Dhaka, Bangladesh, as well as the book inspired by their research, Alluvium: Dhaka, Bangladesh, in the Crossroads of Water.
Home to a population three times as dense as Manhattan and built on a constantly changing floodplain, Dhaka is one of the most extreme cities on earth. Kieran and Timberlake have been working with the University of Pennsylvania School of Design for nearly a decade in a research design studio that studies the relationship between the people of Dhaka and the various waterways that connect the city. Their research has culminated in their book Alluvium.
When asked about the book's title, Kieran stated that "we in the U.S. really think of land and water as very separate things. [Bangladeshis] as people don't have a sense of the otherness or separateness between land and water. They think of the two as one in the same. Hence the term "alluvium," which is land suspended in water."
To listen to the full interview, click here.
Associate Professor Naomi Frangos from the New York Institute of Technology's School of Architecture and Design recently invited Partner Stephen Kieran to speak about KieranTimberlake's ethic of improvement and the ways in which it leads to invention and innovation. Kieran discussed the tactics used to give rise to empathetic planning and design, citing examples from the firm's practice as well as from his work with fellow partner James Timberlake on the Dhaka Design-Research Laboratory.
The Dhaka Design-Research Laboratory is a cross-disciplinary design studio held at the University of Pennsylvania's School of Design. Through intensive research and annual visits, the studio seeks new ways to stimulate relevant design interventions, and to model a research-based approach for urban planning in both the developing and the developed worlds.
The much-anticipated renovations at Philadelphia's LOVE Park officially began last month with a groundbreaking ceremony. Attended by Mayor Jim Kenney along with other city officials, the ceremony marks the start of the year-long upgrading process that will temporarily close the park. During construction, however, the beloved LOVE statue by Robert Indiana will still be available for residents and visitors to enjoy at Dilworth Park, another KieranTimberlake project that was completed this past summer.
Once completed, the redesigned LOVE Park will be include a new fountain, a café, and additional green space. The existing and iconic features of the park, such as the "Flying Saucer" Welcome Center, will receive energy-efficient updates while becoming ADA accessible.
When we moved into our new studio last year, we loved that it gave us more room to create. Whether it's full-sized building mockups or a high-stakes maple syrup cook-off, 2015 has been a year of making for all of us at KieranTimberlake. We asked our colleagues to reflect on their most notable creative acts of the past year, and here's what they told us. How will you make the best of 2016?
KieranTimberlake kicked off the year by providing kits containing the latest generation of its sensor platform to user groups in Philadelphia and Copenhagen. Since receiving Architect Magazine's R+D Award in 2013, the network has been refined and is heading toward commercial roll-out in 2016.
Each kit contains the gear to self-install a high-density sensor network and track temperature and relative humidity measurements in real-time via a custom web interface. The kits have myriad applications across many scales from walls to whole buildings to landscapes, and more.
Testers at Drexel University's Dragon Hacks 2016 experimented with the network, building special purpose web applications that leverage real-time sensor data using its API.
In a workshop led by Billie Faircloth and Ryan Welch at the Centre for Information Technology and Architecture (CITA), students were challenged to use sensors to measure the changes in temperature within a series of volumes designed to demonstrate types of thermal responsiveness in the outdoor climate of Copenhagen.
KieranTimberlake currently uses the sensors to monitor climate conditions in its Philadelphia studio. Using data captured by the system in conjunction with passive heating and cooling strategies and comfort surveys, the firm has developed a highly nuanced understanding of the factors influencing its internal microclimates.
Look for more on the sensor network developed by KieranTimberlake's affiliate, KT Innovations, in the coming year.
Metropolis magazine selected KieranTimberlake as one of architecture and design's "Game Changers" for 2016. In the January issue, Pulitzer-prize winning journalist Inga Saffron describes the firm's commitment not only to environmentally-friendly construction, but also to research-driven approaches to design that take into account how sustainable buildings will be used. At the cornerstone of this approach is the firm's use of its own office space as a kind of living laboratory.
As an example, Saffron cites the firm's radical decision to forgo air conditioning in its office and engage its staff in an experiment to achieve comfort through strategies like natural ventilation. Within the studio, technologies such as a Wireless Sensor Network and a night air flushing system are developed, tested, and refined to provide feedback for the experiment and keep the building comfortable during the muggy Philadelphia summers. By acting as a guinea pig, the firm hopes to reduce its own energy use and develop innovative approaches to someday bring to clients.
Ultimately, KieranTimberlake wants to see a culture of building in which architects are invested as much in the long-term performance of a structure as its initial design and construction. In the words of Kieran, "a doctor doesn't just operate on a patient and say, 'Good luck.' Our bodies get checkups. So should our buildings."
It's a late November day in Philadelphia, with temperatures in the high 40s, and I'm sitting with architects Stephen Kieran and Billie Faircloth at a conference table in KieranTimberlake's soaring new offices in a former bottling plant. Faircloth wears a black trench coat pulled tight, her collar raised like a funnel to the edge of her short red bob. She's freezing. Kieran wears a light pullover. He's comfortable. I have on a loosely crocheted wool sweater. I'm a bit warm, but it's probably because I just biked over to see them.
It seems appropriate to start with the temperature and our various states of personal comfort, because the architects at KieranTimberlake are obsessed with the weather and the way it affects our design choices. On the roof of their building, a Weather Underground-registered weather station keeps a running tab on external conditions, while, on the floors below, some 400 sensors embedded amid the rows of desks collect data on the office microclimates. The details are routed to Faircloth's research group, which churns out charts, graphs, and other visualizations. Every Friday, the firm sends e-mail blasts to its 100 employees, advising them on clothing options for the next week. As summer set in last year, the staff was polled three times a day: Are you comfortable? Where are you seated? What are you wearing?
In an op-ed published in Fast Company magazine's Co.Design blog, titled “Should We Save Mid-Century Modern Icons That Hurt The Environment?” partner James Timberlake outlines an ethical approach to the energy efficiency problems that plague mid-century modern architecture.
Nearly thirty million commercial buildings were constructed after World War II in the period often referred to as the golden era of building, long before our modern understanding of carbon emissions and the human impact on global warming. Buildings are responsible for at least 30% of greenhouse gases. What happens when some of those structures are beloved architectural icons, designed by architects like Mies van der Rohe, Eero Saarinen, and I.M. Pei?
Timberlake says that creative and unconventional thinking is needed to preserve important works of mid-century architecture while bringing them to energy code compliance or better. A few solutions include rethinking curtain walls, using life-cycle inventory data sets to analyze the environmental impact of building materials, and reusing existing facades while finding additional ways to improve efficiency. "The current tools at our disposal allow us a better way forward," Timberlake writes, concluding that "the impact of historical architecture infrastructure on the energy crisis is an ethical problem that we can no longer afford to ignore."
Last week at the climate talks in Paris, world leaders committed a full day to discussing public policies and financial solutions to reduce carbon emissions within the building sector. It's widely documented that buildings are the culprit for at least 30% of global greenhouse gas emissions. Meanwhile in the building sector, there's an ongoing discussion about what to do with inefficient buildings from past eras. Debate around historic value versus economics inevitably leads to the big question: Are these buildings worth retrofitting, or do we tear them down and start over?
Architect magazine, the official journal of the AIA, described KieranTimberlake's pioneering practices in a recent article entitled "The Life Cycle of Practice". The article, written by Elizabeth Evitts Dickinson, highlighted firms that continue to push the boundaries of the role of the architect in the modern building and design process.
Past eras have seen architects slowly phased out of much of the building process as specialized work contracted out to third parties has become the norm. In recent years, however, select firms have been bucking this trend as they seek to be more involved in everything from site input to material selection to the types of technologies integrated into a project. Dickinson praised KieranTimberlake's role in this movement by highlighting the firm's emphasis on inquisitiveness and research. At the firm, the article states, "the scope of the architect is elastic and expansive, [beginning] with questioning and researching the very way buildings are conceived, designed, constructed, and delivered, and [continuing] through to material and product development and the ongoing study of management of buildings and places."
One of the ways in which Dickinson sees KieranTimberlake's commitment to questioning manifest itself is in the development of new technologies. Calling invention "the most compelling area of expansion for architects", she references Tally®, KieranTImberlake's custom Life Cycle Assessment (LCA) tool for designers, as well as the firm's wireless sensor network. Both of these technologies grew from the architects' frustration with the limits of existing products, and have become a part of the firm's affiliate business, KT Innovations, which focuses on architecture-specific software and product development. "Inventions such as these open new and appealing business possibilities for firms," Dickinson says. "As a whole, those expanding the life cycle of architecture are exploring every aspect of the profession for possibility, while expanding into new realms."
The learn more, read the complete article here.
