BROOKLYN SAYS, “MOVE TO “ DETROIT 105TH ACSA ANNUAL MEETING | DETROIT, MI
PROJECT PROCEEDINGS PROJECT PROCEEDINGS
BROOKLYN SAYS,“MOVE TO DETROIT “ 105TH ACSA ANNUAL MEETING | DETROIT, MI
LUIS FRANCISCO RICO-GUTIERREZ MARTHA THORNE ©2017 Association of Collegiate Schools of Architecture. All rights reserved.
Published by ACSA Press and distributed by the Association of Collegiate Schools of Architecture 1735 New York Avenue, NW Washington, DC 20006 Tel: 202.785.2324 Fax: 202.628.0448 www.acsa-arch.org
ACSA Press 978-1-944214-07-4 CONFERENCE DESCRIPTION
"It is now well-documented that some of Brooklyn’s much-written-about cre- developing visions, identity and, of course, physical projects. The substantive ative class is being driven out of the borough by high prices and low housing and the procedural are not antagonistic concepts, but two different approaches stock. Some are going to Los Angeles (or even Queens), but others are migrating to controlling the evolution of urban space. Furthermore, in the context of the to the Midwest, where Detroit’s empty industrial spaces, community-based city as a collective production that is at the same time poetic and pragmatic, projects, experimental art scene and innovative design opportunities beckon, the distinction of the procedural and the substantive is inevitably subsumed by despite the city’s continuing challenges," wrote Jennifer Conlin in a recent New the “practice” of city building as distinct from city design. York Times article titled "Last Stop on the L Train: Detroit." Design and designers, Different pedagogical models expose students to their potential role in the art and artists, creativity and creatives; all playing a major role in a process we process of making and re-making the city. Detroit is the perfect frame of refer- know well: a city on the verge of reinventing itself after a near-death experience. ence to debate the merits of worldwide academic and professional practices Over the last century, two paradigms have dominated attempts at dealing with in the continuum between the substantive and the procedural. It is an inspir- the challenges of the city. On one hand, a "substantive" approach that aims to ing back drop to discuss a range of issues that include the expanding role of control the physical substance of the city, treated as a completely predeter- the architect and the relevancy of architectural education, density vs. growth; mined object: form and life dictated by some architects who claim a universal technique and strategies of urban regeneration; technology, smart cities and understanding of the goals and values of society to which they incorporate their impact on space and governance; new models of public space; changes in the advances of science in order to improve the conditions of the city. On the cities due to the rise of the shared economy; affordable housing and housing other, a "procedural” or strategic approach where the focus is on the process, models for shifting demographics; resources, energy waste and sustainability; better understood as a form of social action, a negotiated creation involving urban-rural balance and interconnections, the role of educational institutions, many stakeholders with overlapping or competing interests in the process of and community building.
PROJECT SESSIONS
ARCHITECTURE IN AN EXPANDED FIELD, MATERIALS FROM INTERIORS TO LANDSCAPES In recent years the convergence of new manufacturing processes and new Scholarship and design-based investigations situated at the architectural scale materials has led to a proliferation of material studies with spatial, economic often slip toward the space of the room or the expanse of the site. Indeed some and societal implications. In addition, traditional materials and their methods of the most often studied projects of recent years operate within this larger of fabrication continue to hold interest for researchers and offer new informa- field of space making. This topic seeks to provide a home for work beyond the tion to the construction industry. precise scale of the building. MEDIA INVESTIGATIONS DESIGN RESEARCH IN THE STUDIO CONTEXT Theories and practices of media and representation, ranging from historic The studio is the traditional core of the architecture school. The 1996 Boyer drawing techniques to contemporary digital modalities, are critical to the pro- Report on architectural education described it as the “holy of holies” of archi- duction of architectural ideas. Scholars and designers often focus their inquiries tectural education: “these studios scruffy though they may be are models for on this key link in the design process. creative learning that others on campus might well think about.” Since the URBANISM Boyer report was written design has become a hot trans-disciplinary phenom- Designers and scholars study and engage the differences between private and enon, putting the architecture studio in an enviable position relative to our public, individual and societal spaces, incorporating buildings and public space peers in the academy. This topic might include research done on the design in a variety of scales and densities within an increasingly global context. Two studio or research done in the design studio. well-developed research trajectories are smart growth and new urbanism, and HOUSING we solicit posters from our members working in these areas. In addition, we are As the planet’s population grows it becomes increasingly imperative that seeking proposals that redefine architecture, urban design, city planning, and housing effectively provide appropriate shelter with reduced means. Housing life in the cyber-age, in unexpected terms. We recognize that positions taken research varies from historic and emerging typologies to urban and social con- today may be located on the periphery of the architectural discourse but are cerns to evolving family types, all set in a global arena of cultural confluences. poised to make a significant impact tomorrow. Research and design projects in all these areas are encouraged. OPEN Submission will accommodate promising research posters that do not fall into any of above areas. TABLE OF CONTENTS
DESIGN RESEARCH IN THE STUDIO 32 Re-Thinking Vickery Meadow: A Case 62 Weaving a Logic of Assembly CONTEXT Study on Refugee Resettlement Kristopher Palagi Craig S. Griffen 64 Metabolic Tectonics 8 Trade Secrets: An Architectural Enclave 34 Barn-House | Affordable House - Sally Miller Ashley Bigham Undocumented Immigrant Workers + 10 Integrating Cultural Research into the Family MEDIA INVESTIGATIONS Design Studio Dennis Chiessa M. Naomi Darling 68 Synthesizing the Gaseous State: 36 Application House Ray Mann Mapping the Geographic Convergence of Fred Scharmen Knowledge 12 Technified Ecosystems: The City as an 38 Sea-Level Hi-Rise: Or, How I Learned to Alejandro Mieses Artificial Landscape Stop Worrying and Love Climate Change Henrique M. Houayek 70 Drafting the Representation Gabriel Kaprielian David Franco Daniel Butko Ulrike Heine 40 Housing Prototypes for a Landscape of 72 Unfinished Business Ufuk Ersoy Change Erik Herrmann Jennifer Lee Michaliszyn 14 Morphology of Adaptive Systems 74 Born to See, My Task Is To Draw: Mona Ghandi 42 Urbanism of the Air Cultivating Architecture Intelligence Saleh Kalantari David Karle Through Observation and Hand Drawing Liz Szatko Henrique M. Houayek 16 A Studio Focused on Societal Kevin Bukowski Challenges: Case Study on 76 Primitive Drawings Placemaking and Resilience 44 Detroit Types Mark Ericson Joongsub Kim Ricardo Sanz 78 Ashammalexia 18 Designing for Rising Water: A Kimball Kaiser Competition Studio MATERIALS Bradford Watson Jori A. Erdman 48 Soft States: Experimental, Highly- 20 LuxMotus: Physics-based Form Textured Concrete Architectural Panels URBANISM Generation in a One-to-One Scale Ammar Kalo Design Studio 82 Safety Not Guaranteed 50 Single Point Incremental Metal Forming Saleh Kalantari Ashley Bigham Andrew Beres 22 Infrastructural Opportunism I-11_A Next Marlena McCall 84 Site Spectacle Seed Sprout Generation Infrastructure Case Study Paul Stockhoff Elise DeChard Linda C. Samuels Christopher J. Beorkrem Sy Bodson Bernardo Teran 52 Matter of Material Labor: Eladio Dieste 86 Dimensions of Urbanism: Urban Blocks and Ruled Surfaces Christopher M. Pizzi HOUSING Federico Garcia Lammers 88 Ungrounding the Rural: Four Grids for 26 The La’ mella House - Small Efforts: Big 54 Concrete Lattice | Unitized Architecture the Great Plains Impacts of Assembly Roy C Cloutier Ahmed K. Ali Ryan Goold Nicole Sylvia Jaechang Ko Daniel Fougere 90 FARMLINE: A Hub for Urban Agriculture Tsz Yan Ng 28 Housing the Urban Animal in Detroit Carey Clouse 56 They Grow Without Us Gabriel Kaprielian Caryn Brause Joseph Dahmen Marisha Farnsworth Stephen Schreiber Amber Frid-Jimenez Andrea Gaffney Jonghoon Im 30 Massive Passive: The Challenge of 58 LWS - Light Weight Shutter Incorporating Passive Energy Strategies Ane Gonzalez Lara 92 Form-based Code v. Social Segregation in Developer Single-Family Suburban in Latin America: The Case of Bogotá Housing 60 Ductile Empiricism Juan Guillermo Yunda Craig S. Griffen Jeremy Ficca 94 Front Bay 124 Tectonic Painting 02: Domes 152 Waterfront Ecologies: Redefining the Marc A. Roehrle Heather Flood Urban Edge of the San Francisco Bay Gabriel Kaprielian 96 URBAN PLAY: An Architecture Studio 126 Dynamic Facade Unplugged Snapping Carlos Sandoval as Agent in Public Discussion for Minor Facade League Sports in a Medium-sized City Jin Young Song 154 Catalyzing the Commons - Inverting the Marleen Kay Davis Participatory Process in the Production 128 inter[face]: Athenaeum Redux of Public Space 98 A Third Logistical Regime: The Mo Zell Antje K. Steinmuller Ecological Succession of Industrial Ruins Marc A. Roehrle Christopher Falliers William Huchting Paul Mosley 130 WaterLines: RiverBank, Chestertown, Maryland 100 Back to the Countryside! Recovering Ronit Eisenbach China's Landscapes-Designing Village Cassie Meador Acupunctures for Xixinan, Anhui Aleksandra Vrebalov Province, China Jeni Wightman Shannon Bassett 132 Afterhouse 102 Horizontalism - Housing the Next Steven Y. Mankouche 100,000 Antje K. Steinmuller 134 Affecting Change Through Insurgent Christopher Austin Roach Architectures Timothy Gray 104 GrOwING GREEN: A Mobile Greenhouse Timothy Gray ARCHITECTURE IN AN EXPANDED 106 Community Listening Room and Record FIELD Shop William Joseph Doran 138 A Feigned Translucence Aaron Tobey
OPEN 140 Urban Syncopation Marcella Del Signore 110 Adaptive Reuse of Specialised Industrial Steven Beites Buildings and Structures Mona El Khafif Anna Sigmundova Ila Berman 112 Tonle Sap Sustainability Education 142 Viaduct Architecture Center Dan Adams Camilo Cerro Marie Adams 114 Data Sensing in Living Wall Architecture 144 Solar Water Disinfecting Tarpaulin Danelle Briscoe Eric Olsen 116 The Sound of Shaped Space – Architectural Acoustics Defining Spatial 146 A Walk In Africville: Visibility Strategies Function and Experience in Contested Heritage Landscapes James C. Forren Daniel Butko
118 The Glow of Grime 148 MaterialNature: An Opportunistic Paradigm of Architecture & Landscape Elise DeChard Ecology Based upon Influences of 120 Thermodynamic Conditioning Surface Shipping Industry Waste, Small Scale Eric Olsen Coastal Erosion and Natural Growth Marcus Farr 122 Nebraska's Wood Products Tradition: Understanding Available Skills and 150 Nature Play: An Outdoor Learning Resources Environment for Head Start Jason Griffiths Pamela Harwood Rachel Plamann
“DESIGN RESEARCH IN THE STUDIO“ CONTEXT Trade Secrets: An Architectural Enclave
ASHLEY BIGHAM University of Michigan
Raoul Wallenberg, a 1935 graduate of the included a field trip to a 1-million-square Corporate campuses as enclaves are closed University, has been called one of the 20th foot Fullfillment Center so that the students systems which create their own hierarchies, century’s most outstanding heroes. He is could experience the vast, endlessness work- regulations and cultural practices that may or credited with saving tens of thousands of Jews places inhabited each day by thousands of may not reflect the territories, states, or cities from extermination at the hands of the Nazis Americans. they reside within. Recent corporate clients and Fascists in the waning days of World War II. have looked to famous architects to see the Mission Statement: This studio will explore Each year, students in their final studio of the design of their headquarters not as a mere the architecture of secrets. BS in Architecture degree participate in the building design, but as a broader, ideological Wallenberg Studio, which honors the legacy Warning: Students who elect this studio statement about the future of work-life bal- of Raoul Wallenberg through an overall stu- should be prepared to explore an architecture ance, inclusive workplaces, information driven dio theme focused on a broad humanitarian of secrets, whispers, miscommunications, social hierarchies, and corporate public image. concern, explored through propositions put optics, and political strategies. This studio will begin to challenge the status forward by studio section faculty. Students quo of contemporary corporate headquarters Background: Our lives are filled with enclaves. are challenged to question architecture’s and create designs which consider issues such We move seamlessly from gated communities relationship to humanitarian issues. Trade as privacy, fear, and social strata, as well uto- and shopping malls to office parks and air- Secrets: An Architectural Enclave focused pian corporate identities. ports. Architecture has often obsessed over on the intersection of architecture and eth- the enclave. From Michel Foucault’s hetero- ics by exploring the architectural spaces and topias to David Grahame Shane’s armatures working conditions of one of America’s largest and Keller Easterling’s zones, architects have corporations, Amazon.com. This studio took interrogated the enclave as an architectural the position that we need to look no further glitch in the spatial system. than our own backyard (or computer) to find spaces where architecture can have a mean- This studio will explore one of the most fasci- ingful impact on the humanitarian issues of nating mutations of the modern enclave: the today. Students in this studio explored themes corporate campus. Participants of this studio ranging from workplace discrimination and will delve into the inner workings of one of income inequality to the transparency of cor- the largest, most well-known American com- porate headquarters and workplace surveil- panies, Amazon.com. As the company’s CEO, lance. Students uncovered the deep reach of Jeff Bezos, recently stated, “Frugality drives Amazon.com. which includes data storage for innovation, just like other constraints do. One the NSA, delivery drone programs, and grow- of the only ways to get out of a tight box is to ing consumer information banks. The studio invent your way out.”
8 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context Trade Secrets 9 Integrating Cultural Research into the Design Studio
M. NAOMI DARLING University of Massachusetts, Amherst
RAY MANN University of Massachusetts, Amherst
This poster presents research to integrate THE CULTURE OF ARCHITECTURE VS. deeper considerations that only emerge from culture into the design process and studio, ARCHITECTURE AS A PART OF CULTURE a broader historical study, not only of material undertaken with fourth year undergraduate culture but of modes of thought, social struc- In the mode of Comparative Literature or BFA and Liberal Arts Architectural Studies tures, rituals and even policy. Cultural Studies, we introduced a project that students. would provide both a window into another Our pedagogical goal was to provide a studio ““Culture” (exists in architecture) in two culture and a foil for our own. Accepting that condition in which this interface of archi- senses. One relates to activities that are often “culture” can be fraught when used as an tecture and culture could be explored in an understood as specific to architecture. The instrument of chauvinism or nationalist myths accessible and fruitful way. We developed an other is inextricably connected to the realm of origin, we recognize that it is also what gives assignment sequence where research topics of human existence and demarcates the ways depth to our societies and sense of being in and readings segued into analytical writing in which human life differentiates itself from the world. and diagramming, then further into making nature. Taken in isolation each is potentially exercises. In this way, students “channeled” The International Style was a call to neu- problematic – holding to the exclusivity of the the thought processes, techniques and val- tralize what was viewed as the idiosyncra- culture of architecture denies its presence ues embodied in the individuals, artifacts or sies of the historical and the regional—i.e. as part of human society, while thinking of issues they were examining. Initially students culture—and to impose an abstract “func- architecture as nothing other than cultural researched an artist or designer and selected tional” aesthetic. Since the 1980’s Critical precludes any consideration of, for example, one artifact from that artist for analysis, be Regionalism has stood as a strong critique the way different materials realize different it a ceramic vessel, a paper lantern, a woven of the International Style as well as the more effects within architectural practice. What basket, a dress, etc. Students ruminated superficial tendencies of Post-Modernism. matters is the way concerns of one under- on the processes, patterns, and material- (Frampton, Kenneth. “Towards a Critical standing can – perhaps should – intrude into ity of their objects as the starting point in a Regionalism: Six points for an Architecture of the other.” three-dimensional making exercise combin- Resistance” in The Anti-Aesthetic, essays on ing bamboo skewers, fuel tube and paper. (http://architectureau.com/articles/ Postmodern Culture edited by Hal Foster. Bay Subsequently, students are introduced to a essay-architecture-and-culture/) Press, 1983.) However, methods for achiev- specific site and cultural program to develop ing a cultural awareness of sufficient depth a project proposal enriched by the cultural to practice Critical Regionalism effectively, is awareness acquired. often neglected in architectural education. Architectural precedents are often the extent of the research, which, while rich, overlook
10 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context In eg ating a esea in o e esign dio 11 Technified Ecosystems: The City as an Artificial Landscape
HENRIQUE M. HOUAYEK ULRIKE HEINE Clemson University Clemson University
DAVID FRANCO UFUK ERSOY Clemson University Clemson University
The very notion of architecture as a sustain- economic value of the urban lot. The recent headquarters of BMW, whose production able endeavor remains problematic despite recovery of the banks of the Reedy River as a centers are currently located in the suburbs. its now mainstream acknowledgment. The scenario of urban activity, with the addition Instead of an imposing presence, the offices obsession with energy efficiency, strength- of a pedestrian suspension bridge, consti- and other programs of the German company ened by institutionalized validations such as tutes a continuation to Halprin’s work, bring- are materialized as a green and grey concrete LEED, conceals a much more intricate array ing back the hidden green landscape of the of public space that adapts to the topography, of factors -from social and technical to natu- waterfalls of the Reedy into the heart of the as it gets closer to the river. This blanket of ral and urban- that, rather than too complex city. Sadly, these two urban operations -Falls green roofs, common areas and water sur- or problematic, might actually constitute an Park and Main Street- remain disconnected by faces protects the BMW offices and the rest of innovatively ecological design thinking. In the amorphous structure of a large block cur- the programs, regulating the temperature, the the studio displayed in this poster we have rently occupied by the local newspaper: the light and the humidity, while it incorporates a attempted to approach this wide question Greenville News. This will be precisely the site new type of urban atmosphere to the city. The without downscaling it neither to a mere that we have analyzed and redesign, taking second project, titled ‘Connecting the Hybrid technical issue nor to marketing imagery. With advantage of its potential for integrating the Loop’, is constructed around the process of that end we have chosen to work on a site in water landscape of the Reedy River with the cleaning the runoff water from Main Street, Greenville -South Carolina-, where an unre- intense urbanity of Main Street. in its way to the Reedy River. The water filters solved and intense urban condition merges from floor to floor through interior vertical In the two sample projects shown in the with a recently recovered river area. gardens and, ultimately, activates the algae poster the connection between the urban and that grow within the glass panels of the façade The long-term transformation of Greenville’s the natural is resolved through processes that creating a natural and biological temperature Main Street according to the project by transform the relationship of this site with and solar device. Laurence Halprin in the 1970’s was just the the city and the park. In the first case, in the first step in a longer transformative pro- proposal titled ‘Cascade, Inverted Corporate cess for Greenville, in which the civic value Horizon’, the projects pivots around the of public space strategically overcame the socioeconomic process of bringing the local
12 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context e ni ed os s e s 13 Morphology of Adaptive Systems
MONA GHANDI Washington State University
SALEH KALANTARI Washington State University
Purpose: Many aspects of our physical envi- assembly, and so forth. Then, students made would change over time and to incorporate ronment are becoming integrated with infor- use of cutting-edge architectural software activators such as heat, humidity, light, and mation systems, a phenomenon that has been such as Grasshopper, Firefly, Dynamo, Python motion. Computational modeling along with referred to as the “The Internet of Things scripting, augmented reality, and physical digital fabrication technologies was also used (IoT).” In Architecture, IoT can be understood computing environment using Arduino micro- in this stage. Besides, they collaborated with as a seamless combination of data-driven controllers. Students in this interdisciplinary the members of the university’s Robotics Club design, data analysis, and adaptive systems. studio designed a new university visitor’s to learn about the microcontrollers’ use. Adaptive Systems Studio, composed of 17 center with the principles of sustainability, In the last step, using the knowledge gained, graduate architecture and 14 undergradu- adaptive systems, and data-driven design. they produced designs for a new university ate interior design students led by one archi- Student’s research investigated possibilities visitor’s center implementing data-based sce- tecture and interior design faculty, seeks to of designing amid the IoT, big-data and, infor- narios and adaptive system ideas to success- develop new methods of architectural design mational–physical interconnectivity. fully integrate the informational and physical by using information-based toolsets. Process: In the first step of the studio, students environments. While acknowledging building By showcasing the application of data-driven conducted a literature review and presented as a component of a smart city, they incorpo- design strategies within a pedagogical con- their understanding in the form of infographics rated elements that could respond to data text, students’ projects present innovations to better understand contemporary outlooks (from Internet-based media, city made possible by our current technological on the IoT. For this project, the topics to focus and transportation data, and “machine-to- environment, remark the concepts of con- on were “IoT Smart City”, “IoT Smart Building”, machine” data from sensors and related temporary data-driven design, and show how “IoT Smart Space Applications” as well as “IoT devices). This studio encouraged designers they can be used in a pedagogical framework Building Automation Applications”. to reinterpret architecture within the IoT to to nurture student’s creative capacities within In the second step, experiment with physical evaluate data-driven design potentials to cre- an ever-changing technology-driven era. They spaces, students were observing how built ate smarter future that is responsive to both also demonstrate how architectural design environments can gradually morph based on human and environment needs. can accompany data systems to connect the various environmental and user inputs. They two worlds of information and physical design. designed and fabricated a kinetic mechanism Me od Students began with exploring schol- to explore adaptive systems while investigat- arly resources on computational methods for ing how naturally occurring adaptive systems information analysis, and responsive systems can serve as inspiration for programmable operations. Such instruction was combined built environments. Focusing on material with conventional architectural education behavior and physical transformation, stu- regarding the materials behavior, fabrication, dents were to observe how their designs
14 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context Mo o og o da tive s e s 15 A Studio Focused on Societal Challenges: Case Study on Placemaking and Resilience
JOONGSUB KIM Lawrence Technological University
This submission is based on the results of our supporting materials) can strengthen social architecture school’s multiphase project in construction and increase resilience. Each Detroit from spring 2015 to spring 2016. The model has pros and cons, and each commu- project’s central question was, “what would nity needs a different model or integration of be an ideal studio model to help our students some or all of the models. Models are useful to address societal challenges frequently only when they are considered pragmatically. raised in two low-income study communities.” Collaboration with communities through This project focused on two societal chal- public participation requires the right timing lenges: lack of social construction (an inability and facilitation of “informing,” “consulting,” to shape their own community reality) and and “deciding.” Democratic design can cre- lack of resilience (an inability to bounce back ate value and build social capital. How the after misfortune). community benefited: The community had ample opportunities to experience shared Nature of the collaboration: To address governance via collaborative decision-mak- the central question and the two societal ing, reciprocal appreciation of disagree- challenges, we engaged in a multifaceted ments via social learning, empowerment via collaboration consisting of hybrid studios co-designing, and more meaningful design (with the participants being 22 undergradu- via placemaking. The project helped us win ate and graduate students in architecture, the National Endowment for the Arts grant, urban design, engineering, behavioral sci- which will allow us to develop detailed designs ence, landscape architecture, and environ- to address the two societal challenges under mental graphic design), partnership with consideration through placemaking and resil- community organizations and the College of ient community development. Management, the integration of social scien- tific research and design, the use of concep- tual models, and pilot studies that used small quasi-experiments to test theories and their applicability. What students learned: Three collaborative models for placemaking (see
16 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context dio o sed on o ie a a enges 17 Designing for Rising Water A Competition Studio
JORI A. ERDMAN Louisiana State University
In this studio, students were challenged to site the students were really moved by the address issues of rising water and community local residents and felt very strongly that in a remote and unfamiliar place. Through their architectural design needed to address research conducted in the field, in the studio economic interests as well as spatial and envi- and with the input of interdisciplinary experts, ronmental concerns. To that end, they also two teams created design proposals that chal- incorporated an economic driver within each lenged conventional thinking about resilience of the new community centers as well as hous- and what is possible in a coastal environ- ing and education. Their proposal received an ment. The work was completed as part of an honorable mention in the final competition. invited design competition called Designing The proposal titled “From the Ground Up” Resilience in Asia, sponsored by the National took a more radical stance with their proposal University of Singapore. By applying their skills to raise the land and reconnect the hardened as designers, these US based students were river edge back to the larger water system. able to respond to an unfamiliar culture and The proposal called for a combination of ele- site in Manila, Philippines. vating land, as well as individual structures, The site that was designated faces dual with drainage waterways that would serve threats of dramatic sea level rise and acceler- as economic and recreational assets for the ating subsidence. In addition, the community community. Further, they also addressed the was relatively impoverished and perceived environmental hazards of a colossal waste dis- as powerless. Our students were fortunate posal problem in the Philippines by employing to be able to spend 2 days at the site where cutting edge technology in land fill construc- they interacted with locals and observed the tion to build the elevated land masses. In their environment first hand. Back on campus, the assessment, the land loss issue was more sig- students met regularly with an engineering nificant than any other threat and also held professor and an ecologist to review their the greatest design potential. proposals and modify their designs based on The work presented here shows that design science-driven input. research in the studio context can push the One of the teams designed a proposal called boundaries of our thinking about how to “Community Connection.” This proposal acti- address significant issues of environment and vated strategies of soft infrastructure and a community. series of hyper-local community centers to empower the community. While visiting the
18 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context esigning o ising a e 19 LuxMotus: Physics-based Form Generation in a One-to- One Scale Design Studio
SALEH KALANTARI Washington State University
This project examines how parametric mod- they then sketched out a basic pavilion design REFERENCES eling techniques can be integrated into the using a coordinated parametric formula, and Achten, H., and Kopřiva, M. (2010). A design conceptual stage of design-build studios, and explored the possibilities of the design using methodological framework for interac- used as a basis for developing new digital fab- 3D-modeling software (Rhino/Grasshopper). tive architecture. In G. Schmitt et al. (Eds.), rication techniques. Previous studies have Future Cities: 28th eCAADe Conference After developing the basic form, studio partici- shown that parametric modeling can have Proceedings (pp. 169–177). Zurich: eCAADe. pants employed weaving techniques using lin- substantial benefits when used as a drawing- ear patterns and Spring-based computational Jabi, W. (2013). Parametric design for generator for digital fabrication; most nota- modeling (Lienhard et al., 2013) in order to cre- architecture. International Journal of bly it can enable the designer to experiment ate tessellations in their pavilion designs. The Architectural Computing, 11(4), 465–468. with numerous new design and tooling pos- results of the weaving processes were folded sibilities (Jabi, 2013). The use of parametric Lienhard, J., Ahlquist, S., Knippers, J., & into the overall parametric designs, leading to modeling to inform these processes has also Menges, A. (2013). Extending the functional advanced tectonic solutions. Ultimately, we been described as initiating a “psychologi- and formal vocabulary of tensile membrane fabricated the final designs using CNC milling cal change” in designers’ approach to form- structures through the interaction with and weaving machines, as well as a vacuum- creation, and it is often seen as leading to a bending-active elements. In H. Boegner-Balz forming machine. more adaptive and responsive design outlook et al. (Eds.), [Re]Thinking lightweight struc- (Achten & Kopřiva, 2010). In this paper, digi- The most significant outcome of this project tures: Proceedings of Tensinet Symposium tal weaving is considered as a technique for is to demonstrate that parametric modeling (pp. 109–118). Istanbul: Tensinet. linking parametric-modeling design processes is not only useful for form-generation, but can with human-interactive design, and for devel- also be a valuable tool to develop fabrication oping a new tessellation technique in digital techniques. The project is a result of computa- fabrication. tional design thinking that includes elements of morphogenesis biology, algorithmic and The project was developed based on a design- mathematical approaches, and the cutting- build studio that was executed in four phases: edge translation of such approaches to physi- inspiration through nature, parametric mod- cal fabrication. Potential applications include eling theory, weaving technique, and fabrica- the creation of complex 3D mesh structures tion. First, the studio participants examined using weaving technology, and the use of such mathematical analyses of naturally occurring structures in reconfigurable material systems. geometric designs, which helped them to bet- ter understand the basic concepts of paramet- ric theory. Rooted in this natural inspiration,
20 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context LuxMotus 21 Infrastructural Opportunism I-11_A Next Generation Infrastructure Case Study
LINDA C. SAMUELS Washington University in St. Louis
BERNARDO TERAN Independent Scholar
The Mobile Craft Module proposes an archi- maker space. The intent is for the modules to tecture of deployable structures that can be provide an infrastructure for the construction reconfigured to serve a variety of functions. of future design-build projects undertaken by The twin modules can be arranged in multi- students and faculty. ple ways to facilitate exhibition space, event Each module is open on one side, provid- space, and work space, and they nest together ing access to the modular shelving and work to become secure at night. surfaces on the interior. The reconfigurable The modules were designed and built by a plug-in shelving system includes removable team of thirteen students in eight weeks. caps, which double as stools once they are The project served as the anchor pavilion for removed from the module. The structural California College of the Arts (CCA) during the frame is fabricated from welded steel tube, Market Street Prototyping Festival, a three- with angle iron members welded to the cor- day event in San Francisco that explored new ners to serve as protective edges for the clad- ideas for designing public space. Throughout ding. The cladding is fabricated from western the festival, the modules hosted a series of red cedar boards, each of which is cut to size. exhibitions and events showcasing work by A robotically-cut pattern carved into the cedar students and faculty. Following the festival, boards consists of abstract shapes that merge the project returned to the school to serve as together to spell CCA’s name as one moves mobile workstations on the school’s outdoor around the module.
22 Brooklyn Says, “Move to Detroit.” Design Research in the Studio Context In as a o nis 23
“HOUSING “ The La’ mella House Small Efforts: Big Impacts
AHMED K. ALI Texas A&M University
JAECHANG KO Texas A&M University
“I remembered him, with a thick gray beard windows that were carefully inserted in- and bring warm feeling to the interior. The and several layers of clothes standing by the between the gable roof trusses. How such house articulates Semper’s Four Elements of bus stop when it was freezing outside. I used a tiny footprint came to be so charming and Architecture: The Hearth, The roof, The Walls to stop and pick him up in my toasty car, open inviting? The exposed roof structure and its and The Floor by simply paying careful atten- up the trunk with a push of a button so he play with light inspired our design. The La’ tion to the making of its elements and finding could shove his heavy duffle bag, he often sit mella House is approximately 290 square a balance between its structure, construction, in the back seat saying basically … nothing. I feet, is tiny in its footprint area but significant and tectonic expressions. tried several times to initiate conversations in its upward aspiration. We used the vaulted The overall site plan creates a sense of com- with him. But when he talked - hardly ever - he roof to increase the perception of the interior munity by including three small courtyards said jewels of wisdom. Library workers knew space and to free the end walls for high opera- that are carefully inserted in-between the him as an avid reader who spent time at the ble windows to allow for cross ventilation. The houses. The small courtyards give a sense library nearly every day. Teddy Henderson lamella roof structure acts as a reminder for of belonging and intimacy rather than one or Abdul-Shahid passed away on October 6, us to the role of the individual in the society big courtyard for all. The communal space is 2008; he was 62. He was born in Brooklyn, and the power of joining small efforts to cre- composed of the same construction module N.Y., in 1946. He graduated from high school ate big impacts. The roof structure receives its of the house and carports utilized the lamella and attended Hampton University in Virginia. rigidity from a tension steel tie and a tongue roof module. The layout can be easily adapted In 1968, he enlisted in the U.S. Air Force and and groove pine boards below layers of insula- for various configurations to meet other sites was stationed in Washington, D.C. The story tion topped with a corrugated metal roof. The conditions. By limiting windows to only one of Abdul-Shahid is not much different than roof sits on Cross Laminated Timber (CLT) wall side of the house, expansion and attaching the story of thousands of homeless Americans panels sized 3’X8’ that are quickly erected and other modules are possible. All elements of who left us perplexed with mystery. anchored to a concrete floor slab. The con- the house meet both the construction and crete slab performs as a heat mass to store The interior space of the 145 years old energy requirements. heat drawn from a thermal well and through Menomonee Street house in old town, a circuit of copper pipes impeded in the slab, Chicago always captivated us. Daylight beau- suggesting the floor to perform as a livable tifully penetrated the interior space through surface. The CLT walls need no interior finishes
26 Brooklyn Says, “Move to Detroit.” Housing e a Me a o se 27 Housing the Urban Animal
CAREY CLOUSE STEPHEN SCHREIBER University of Massachusetts, Amherst University of Massachusetts, Amherst
CARYN BRAUSE University of Massachusetts, Amherst
The topic of housing design, interpreted in At the center of this inquiry was the question: move beyond their existing knowledge base. the broadest sense, could be conceived of as Might an intentionally designed module repair Students performed initial research on their any space that hosts a living creature. Thus, in or remediate an urban condition? animal client, using the unique characteristics this entry-level design studio, students began of that species to stretch their design language While it would be hubris to think that humans by designing a dwelling space for an animal and repertoire. could design habitation for creatures that client. Animals were selected because our surpass those they produce for themselves, Through this 2-week process, students sought cohabitation with with them improves, sup- the intention of this design inquiry was to to repair or remediate environmental con- ports, and sustains not only human life, but humbly pursue multiple pedagogical objec- ditions, address habitat loss, and educate also our biosphere. These clients provide a tives. By exploring the geometries, materials, humans about their animal client. Heightened range of productive services, such as their and methods of other creatures’ habitats, environmental awareness formed a natural ability to pollinate, or to provide food, cloth- students began to view human architectural learning outcome, as the project exploration ing, pest control, or fertilizer. precedents with a more finely tuned tectonic prompted students to consider the impacts The intention of this project was not to rep- lens.. The diversity of responses is evidence of urban development on animal habitat, to licate the shelter that a client would build that the strategy successfully challenged gain empathy for our planets’ co-inhabitants, for themselves but, rather, to use the oth- students to shed the derivative architec- and to become advocates for other living erness of a different species as a prompt to tural forms that haunt many studio projects creatures. critically think about dwelling. In so doing, and develop a shared bank of design gen- students were required to shed preconceived erators more relevant to their future design notions that might accompany the design for investigations. a human client as well as to intensely inves- We structured the project by pairing students tigate geometries, morphologies, materials, with animal clients, which were randomly and methods to create a module for animal assigned at the very beginning of the assign- living. Freed from relying on their own lived ment. The species offered included bees, bats, experience and typical professional norms, birds, oysters, tilapia, ducks, guinea pigs, and the students could grapple with the notions of rabbits. In part these animals were selected idealized structure, necessary utility, and the for study because they have much to offer contingencies of site, territory, and available humans---but they also were chosen because, material. Importantly, students considered unlike typical household pets, they repre- how a “designed” shelter might differ from sent an otherness that requires students to one produced by the client or natural forces.
28 Brooklyn Says, “Move to Detroit.” Housing o sing e an ni a 29 Massive Passive The Challenge of Incorporating Passive Energy Strategies in Developer Single-Family Suburban Housing
CRAIG S. GRIFFEN Philadelphia University
Measurable success of sustainable energy passive developer housing then tests these want, but most architects are not interested systems in construction will require applica- ideas through potential design solutions of a in reproducing repetitive, historical kitsch. tion on a sizable scale. However, wind and prototypical house (based on the Charleston So any design for passive suburban develop- solar are still a very small percentage of build- typology) and a neighborhood master plan. ments must be financially feasible and mar- ing energy systems that rely heavily on fossil This objective, to reveal the major challenges ketable and address the following issues: fuels. Single-family housing accounts for a and the potential for bringing passive energy • Conveying an Authentic Image of “Home” huge amount of residential construction (the to the massive scale of developer housing, • Making Passive Construction Cost US Census Bureau reports levels of over one produced two main questions; how do we Effective million single family home starts per year) yet apply passive energy strategies to the pre- • Avoiding Repetitive Communities and passive houses make up only a tiny percentage manufactured suburban house and how do Houses of overall housing construction. With housing we make passive houses marketable in a well- development companies producing the vast established industry? majority of new house construction, this seg- The Challenge to Making Developer Houses ment of the market is prime for applying pas- Passive - Current developer housing is sive strategies that can affect major change in designed with little to no relation to the direct energy conservation. Yet developers typically sun, wind movement, daylight or thermal design entire subdivisions with no regard to efficiency. Houses in a typical subdivision orientation to sun, wind and thermal effi- are oriented towards the street regardless of ciency. Why have developers stayed out of cardinal direction. How can we adapt these the passive energy housing market and what non-directional houses to maximize natural would it take to convince them of the feasibil- environmental benefits such as: ity of sustainable single-family housing? And why aren’t architects more involved in subur- • Orienting Towards the Sun ban housing? Plenty of well-trained profes- • Increasing Natural Ventilation sionals who could lend their expertise have • Bringing Daylight to the Core washed their hands of developer housing. • Creating a Super-Insulated and Sealed Envelope Research reveals surprisingly few passive The Challenge of Making Passive Houses single-family housing communities, and none Developable - None of the changes above on a vast scale. Passive houses have been will matter if the houses won’t sell. The typi- around for decades so why haven’t they cal developer house is primarily concerned made the leap in scale? This research/design with presenting a nostalgic image of house project considers the biggest obstacles to as “home” because that is what their clients
30 Brooklyn Says, “Move to Detroit.” Housing Massive assive 31 Re-Thinking Vickery Meadow: A Case Study on Refugee Resettlement
CRAIG S. GRIFFEN Philadelphia University
Measurable success of sustainable energy passive developer housing then tests these want, but most architects are not interested systems in construction will require applica- ideas through potential design solutions of a in reproducing repetitive, historical kitsch. tion on a sizable scale. However, wind and prototypical house (based on the Charleston So any design for passive suburban develop- solar are still a very small percentage of build- typology) and a neighborhood master plan. ments must be financially feasible and mar- ing energy systems that rely heavily on fossil This objective, to reveal the major challenges ketable and address the following issues: fuels. Single-family housing accounts for a and the potential for bringing passive energy • Conveying an Authentic Image of “Home” huge amount of residential construction (the to the massive scale of developer housing, • Making Passive Construction Cost US Census Bureau reports levels of over one produced two main questions; how do we Effective million single family home starts per year) yet apply passive energy strategies to the pre- • Avoiding Repetitive Communities and passive houses make up only a tiny percentage manufactured suburban house and how do Houses of overall housing construction. With housing we make passive houses marketable in a well- development companies producing the vast established industry? majority of new house construction, this seg- The Challenge to Making Developer Houses ment of the market is prime for applying pas- Passive - Current developer housing is sive strategies that can affect major change in designed with little to no relation to the direct energy conservation. Yet developers typically sun, wind movement, daylight or thermal design entire subdivisions with no regard to efficiency. Houses in a typical subdivision orientation to sun, wind and thermal effi- are oriented towards the street regardless of ciency. Why have developers stayed out of cardinal direction. How can we adapt these the passive energy housing market and what non-directional houses to maximize natural would it take to convince them of the feasibil- environmental benefits such as: ity of sustainable single-family housing? And why aren’t architects more involved in subur- • Orienting Towards the Sun ban housing? Plenty of well-trained profes- • Increasing Natural Ventilation sionals who could lend their expertise have • Bringing Daylight to the Core washed their hands of developer housing. • Creating a Super-Insulated and Sealed Envelope Research reveals surprisingly few passive The Challenge of Making Passive Houses single-family housing communities, and none Developable - None of the changes above on a vast scale. Passive houses have been will matter if the houses won’t sell. The typi- around for decades so why haven’t they cal developer house is primarily concerned made the leap in scale? This research/design with presenting a nostalgic image of house project considers the biggest obstacles to as “home” because that is what their clients
32 Brooklyn Says, “Move to Detroit.” Housing e in ing i e Meado 33 Barn-House Affordable House - Undocumented Immigrant Workers + Family
DENNIS CHIESSA University of Texas at Arlington
There are an estimated 11 million undocu- The owners of this home are a young undocu- roof deck was the inspiration for the project as mented immigrants in the United States and mented couple and their 6 year old son. By it serves as a space for the young child to look housing for a large number of them is becom- saving over a few years they were able to pur- at the landscape and the sky. ing a social problem that they themselves chase two adjacent lots in a county with no To be within the projected budget, the build- have to begin to solve. The political climate city ordinance. Their property totaled about ing has been constructed through informal around the issue of immigration has made it two and half acres. The trend in areas like sub-economies - hiring contractors that are more difficult for undocumented individu- this is to buy a prefabricated trailer home and not registered (probably because they are als to demand adequate housing from their place it on these large properties. Isolation also undocumented) and being flexible with landlords. Several cities have tried to pass seems to be a driving factor when looking for construction schedules. laws that punish property owners that rent to places to live. When the owners approached undocumented tenants. me (designer) they wanted to talk about Construction started in October of 2015 and the feasibility of building a home they could we expect the family to move in sometime in According to ‘Build a Better Nation’ (A report afford – something not much more ambitious 2017. from Workers Defense Project in Austin) than the trailer homes scattered across the 50% of surveyed construction workers in the landscape. industry identified themselves as undocu- mented in Texas. They estimate that as many The limitations of the owners dictated many as 400,000 Texas construction workers are of the decisions that led to the final design as undocumented. In 2011 Texas accounted for well as the phasing of construction. The cli- 16% of all new housing construction permits ents saved enough money to get a substantial in the U.S. which was more than Florida and amount of the project done within a year. The California combined. This vibrant economy rest will be done as cash becomes available has continued to attract young professionals through their business ventures. Because of and continues to increase the price of avail- their legal status, access to a construction loan able houses within the urban cores of major was out of the question, although they never cities. really wanted to get in debt to do the project.
People are beginning to look further than the The first few iterations of the house were suburbs for affordable housing. Moving to considerably smaller, the final design is 1,200 rural areas to avoid city ordinances and the square feet with a foot print of 17 ft. x 75 ft. requirement to use general contractors is and the goal is to build it for under $90,000. becoming more common. This is the case of The house has two bedrooms, one and a half the homeowners of this Barn-House. bath, a lofty office space and roof deck. The
34 Brooklyn Says, “Move to Detroit.” Housing Barn House 35 Application House
FRED SCHARMEN Morgan State University
In 1994, technologist and cultural critic Application House uses this new diagram spa- The notion of a world redrawn as loops, paths Stewart Brand commissioned an illustration[1] tially, to rewrite domestic quasi-urban archi- and nodes, shearing at different rates, is a for "How Buildings Learn," showing different tecture into a full stack house of the future starting point for speculation about possible rates of disruption effecting architecture's potentially bridging a techno-capitalist mode utopian and dystopian futures. These draw- component systems. This drawing, "Shearing with fully automated luxury communism. The ings are like philosopher Donna Haraway’s Layers of Change," has since been adapted to project takes building-scale CNC, driverless “sf,” “… that potent material semiotic sign for model things like corporate business struc- cars, drones, delivery and maintenance robots the riches of speculative fabulation, specula- tures, software project management, website for granted, exploring their potential for spa- tive feminism, science fiction, science fact, sci- content, and, in an updated graphic by Brand tial/social production through the act of draw- ence fantasy – and, I suggest, string figures.” for his current initiative, The Clock of the Long ing on the surface of the ground. [1] The diagram is by Donald Ryan, Brand Now, human civilization itself. The urban surface is configured by the paths of credits the idea to British architect and RIBA This drawing type has been instrumental for these vehicles at different scales, with struc- President Stewart Duffy. Stewart Brand, How Silicon Valley. Let us re-draw the smartphone tures filling the space left between. Structures Buildings Learn, What Happens After They’re in this mode. Stacked layers of material and are defined by center points and radii of pivot- Built. p. 13, New York, Penguin Books, 1994. information change at different rates. Unlike ing machines that deposit concrete in linear Print. the house diagram, each layer foregrounds layers, shaping private space inside, social [2] “In looping threads and relays of pattern- a distinct relationship with an economic space outside. The closed contours that the ing, this sf practice is a model for worlding.” system. Phone hardware price is usually machines draw are opened by apertures, each Donna Haraway, SF: Speculative Fabulation subsidized, software applications are often one space for an application that regulates and String Figures. p. 4, Ostfildern, Hatje free. Everything from the protective case to inputs and outputs. Food, water, household Cantz, 2011. Print. the user's contact list is a monetizable com- goods, even thermal energy are all exchanged modity, subject to forced obsolescence and by means of these applications. Applications upgrade cycles. Apps are conduits to con- are designed so that their forms can only tinuously transfer information, breaking the dock with automated vehicles in their brand layers’ concentricity, creating tunnels from a ecosystem. What if Amazon gave a free front small private interior to a broad diffuse exte- door to every Prime subscriber? What if neigh- rior: "the moon." This scheme passes informa- borhoods could build their own networks of tion through an almost invisible, unavoidable resources on the back of this system? outer layer, recuperating exchange value from each transaction.
36 Brooklyn Says, “Move to Detroit.” Housing i ation o se 37 Sea-Level Hi-Rise: Or, How I Learned to Stop Worrying and Love Climate Change
GABRIEL KAPRIELIAN Temple University
The urban edge that defines the San Francisco My proposal blurs the lines between the Bay is a contested landscape whose boundar- shoreline and the city. The new development ies are continually changing, both in form and would be built on “finger” levees that are in definition. Much like the tidal flux of the horizontal to tidal action, allowing for wet- Bay wetlands, the urbanized waterfront can lands to coexist between the buildings, acting extend and recede. Over the years, the Bay as a native habitat and a buffer against storm Area has seen a large portion of the historic surges. Mid-rise and hi-rise buildings would wetlands filled or leveed off for residential, replace the current low-density suburban commercial, and industrial land uses. With development and industrial parks, creating a current sea-level rise projections, it appears significantly smaller footprint, while providing that the water will once again reclaim the bay twice as much housing for a growing Bay Area lands that have been filled. population.
To combat sea-level rise, many are calling for I have chosen waterfront sites at risk of inun- bigger and better levees, while still others dation from sea-level rise in three counties claim that urban development in areas at risk around the San Francisco Bay to demonstrate of inundation should be removed to allow for how a study of the past and present can bet- tidal wetlands to migrate to higher elevations ter inform a plan for the future. In each site, I with the rising sea levels. I propose that both illustrate the long-term benefits of a staged may be accomplished by a staged retreat of retreat and resilient redevelopment strat- existing development, enabling a wetland egy that creates a new set of relationships migration with the rising sea-level, while between urban life and ecology, ultimately introducing a resilient new development and redefining the boundary of the city. infrastructure that is uniquely defined by the region’s ecological characteristics.
38 Brooklyn Says, “Move to Detroit.” Housing ea eve i ise 39 Housing Prototypes for a Landscape of Change
JENNIFER LEE MICHALISZYN Wentworth Institute of Technology
Qing Cun is one hour to the south of down- the creativity and resourcefulness of the resi- town Shanghai. Shanghai has gone through dents. Chinese architect Wang Shu, who won a period of rapid urbanization in the last 25 the Pritzker Prize in 2012, and Chinese artists years, and while seemingly the opposite, Qing often work with the debris of destroyed build- Cun is as much a landscape of change as the ings in response to the demolition of older city center. Most of the working age popula- urban fabric following rapid urbanization. tion has left to find jobs elsewhere, leaving Paper-cutting: the area is known for paper- behind the elderly and migrant workers who cutting. For us, “cutting” relates both to rent the cheap housing. Qing Cun is a mod- sectional site studies, and to tectonic investi- est example of a traditional Jiangnan “water- gations and reinterpretation of the traditional town”, which dot the region just south of craft through new technologies. the Yangtze River. The town government has replaced some of the historic structures with Liang Feng (“cool breeze”): the Mayor of Qing new ones, and while they are an improvement Cun, who grew up on the Old Street, shared for the inhabitants, they represent a tremen- how residents used to bring bamboo chairs dous loss of architectural and material rich- out on to the street itself after dinner on ness. The studio focuses on the design of warm evenings, to cool down, and to social- housing prototypes, inspired by the following ize and tell stories. He also spoke fondly of themes: playing hide and seek as a child and being able to thread from courtyard to courtyard, Vernacular architecture: the typology of the sometimes passing through other people’s regional watertown. homes. We relate the idea of a “cool breeze” Material layering and re-use: ingeniously to notions of porosity or openness in terms of contructed assemblages of building materi- social connectivity, researched through inter- als are found all over the site, testifying to views or ‘stories’, as well as passive cooling.
40 Brooklyn Says, “Move to Detroit.” Housing o sing o o es o a ands a e o ange 41 Urbanism of the Air
DAVID KARLE KEVIN BUKOWSKI University of Nebraska-Lincoln University of Michigan
LIZ SZATKO University of Nebraska-Lincoln
With housing demands rising in already dense can be seen spatially, materially, and aestheti- urban density. This proposal frames a critical urban environments new housing typologies cally. The large footprint and short stature and timely issue – historic preservation (past) must be tested. In the seventeenth century typical of historic landmark buildings conflict and urban density (future). As the idea of the medieval version of the London Bridge with a modern city’s demands to maximize preservation in dense urban environments is addressed issues of a growing city by cou- buildable space. The question then arises of revisited by each generation of architects and pling infrastructure with acts of domesticity what should be done with a building we wish developers, we must ask ourselves “not what included a central chapel, shops, and housing. to preserve, but also wish to advance with us to keep, but what to give up, what to erase and In 2003 the Porter House by SHoP Architects into the modern world? abandon.” (Venice Biennale 2010: Cronocaos, challenged conventional housing typologies in Italy, Venice, 2010” Office for Metropolitan If a desire exists to preserve our historic New York City with their air rights proposal. Architecture) This essay will situate the often built environment, we must look beyond the The Porter House functions on multiple levels under used but widely available opportunity untouchable sanctity of our preserved his- and challenges historic conservation and cur- of urbanism of the air with the growing hous- toric buildings. The use of air space allows the rent zoning code. In 2009 twenty-five luxury ing demands of cities. opportunity to increase density while preserv- villas were illegally built by developers on ing history. This reutilization allows the origi- the roof of the multi-story shopping mall in nal building to be preserved as a cultural hub Hengyang, China. These examples challenge for the modern city normative building practices and provide a foundation for further investigation of hous- The above considerations were tested as a ing typology and urbanism of the air. In order design-research proposal on a prototypical to increase density in land-poor modernizing 1920 historic building. “Grand” in both name cities, the architectural discipline must bal- and materiality, The Grand Manse is a stately ance the opportunities of air rights proposals concrete and glass building currently listed over historic buildings by challenging the nos- on the United States National Registry of talgic notion of preservation. Historic Places. The air rights proposal makes contextually conscious use of valuable air Historic buildings are situated in the middle of rights space above the historic Grand Manse the dense modern world of skyscrapers and by providing a unique architectural solution commercial business districts. The relation- that accommodates the needs of a growing ship between old and new city fabric clearly
42 Brooklyn Says, “Move to Detroit.” Housing anis o e i 43 Detroit Types/All Together Again Speculation Over Detroit's Existing Landscape
RICARDO SANZ Independent Scholar
SUSTAINABLE AGRICULTURAL HOW WERE IMPLEMENTED THOSE COMMUNITY HOUSING THEMES ON THE EXPERIENCE? // TEN PROPOSAL S 1. Through the gathering of information about the Detroit phenomenon in order TOWARDS THE COLONIZATION to open a series of discussions about OF THE URBAN LANDSCAPE Detroit’s current situation and the exc- This is an experimental academic experience ersie’s aims. based on Detroit that starts from an urban 1. A series of short excersises allowed to context on the verge of depopulation and, elaborate initial schemes that lead to the through the creation of a new partially sus- social organization system and opened tainable community, promotes exploration way to the initial idea of the communes of the architectonic program over diverse 1. Studies on diverse social systems over extents on the ways of inhabiting and their types and time that could be referenced relation with productive activities that differ on the planning proposals. from traditional forms of social organization. 1. Other references that could nourish the This abandoned city is the starting point for a architectonic solution, like standardized work that explores the possibility of refound- constructive systems on wood and their ing the urban territory on a speculative technical specifications in the USA, the ground, from the study of preexisting mod- use of clean energies and urban archi- els of alternative social organization that are tecture as a possibility. found on a thin frontier in between an urban apocalypse, and the study of diverse ways of understanding the social contract. To achieve this, the experience proposes the refounding of the city’s peripheries through enclaves of families or communes over a mostly inhabited urban space that once was one of America’s most industrialized town centers.
44 Brooklyn Says, “Move to Detroit.” Housing e oi es 45
“MATERIALS “ Soft States: Experimental, Highly- Textured Concrete Architectural Panels
AMMAR KALO American University of Sharjah
While digital fabrication techniques have the The first method utilizes a basic pin mold that results. The bulbous formations of these pan- potential to automate processes and increase is covered with a flexible fabric. Each of the pin els are created when pouring cold water onto material efficiency, there are very few exam- heights are adjusted based on outputs from hot liquid wax in a shallow container. Concrete ples that produce complex highly-textured a digital model. After casting concrete in the is cast into the mold once the wax cools down, concrete surfaces without requiring count- molds, or spraying GRC, the panels are lifted and later the wax is melted off the cured con- less hours of explicit modeling and CNC mill- and the fabric film is peeled off revealing the crete panel to be reused again for another ing. The pedagogical decision to not use any final surface texture. The amount of sag in the mold. The pouring paths are roughly planned computer controlled milling machines was to final panel surface is controlled by the amount based on the understanding of how water distance the students working on this Design- of material used during the casting process as and wax interact to shape particular features. Build project from relying on the direct infor- well as the type of fabric used. Both the fabric These pouring patterns are mainly used as a mation transfer from CAD models to CAM sheets and the pin mold are entirely reusable guideline to control density, size of wax pat- software, and invest more time into exploring and could be rearranged to form new pieces. terns, and overall wax flow direction rather material potentials. Using this experimental than a precise deterministic pattern. The second method involves shaping dou- approach, students spent the first half of the bles curvature surfaces in large boxes of wet As a proof of concept, all the final panel pro- semester developing over 15 methods, before sand. Waffled structures of digital surfaces totypes from the three different mold making narrowing them down to three. In each cases are placed in the molds first and the gaps are methods were arranged in a monolithic totem explored, digital models are used to generate sealed with EPS foam to reduce the overall form. This totem displays the various surfaces instructions for manual tasks. In addition, they weight. Afterwards, a thick layer of wet sand generated, but also allude to the ways in all are meant to produce molds for spraying is added. The digital models take this addi- which multiple panels could aggregate as an glass reinforced concrete (GRC), which results tion layer of material into account. Once the architectural skin. in panels that are lighter, thinner, and stronger concrete is cured, the sand is simply brushed that traditional concrete panels. Every vari- off the surface, and the clay plugs are easily able in the process was carefully cataloged pulled out. Most of the sand and clay used in and documented to ensure reproducibility. these molds can be reused in other formwork As the prototypes got more developed and as well. refined, students gained an intuitive knowl- edge of material behavior and tweaked their The third method involves methodically process variables with confidence to produce manipulating a chaotic process to produce predicable results. un-programmed, but somewhat predictable
48 Brooklyn Says, “Move to Detroit.” Materials o a es 49 Single Point Incremental Metal Forming
ANDREW BERES PAUL STOCKHOFF University of North Carolina at Charlotte University of North Carolina at Charlotte
MARLENA MCCALL CHRISTOPHER J. BEORKREM University of North Carolina at Charlotte University of North Carolina at Charlotte
Single Point Incremental Metal Forming The process of creating routines for the the same XY coordinate and compares their (SPIMF) is a process that allows architectural robot up until this point was noncyclic, as Z value. From there a heat map is also gen- panels to be incrementally formed from sheet the geometry would be created using a set erated, so that users of the software can see metal into doubly-curved complex shapes of points and a plan drawing using the plugin where corrections to the forming geometry using a robotic arm and a stylus-like end effec- Kangaroo. From there that geometry was fed are needed. With that information the points tor. SPIMF leverages industrial robots’ preci- into another Grasshopper script that would used originally to create the form can be sion and strength by gradually pushing the end produce the robotic routine. Afterwards, a moved vertically to allow for a more accurate effector into vertically supported sheet metal. panel would be produced on the arm and that digital model to be fed to the Grasshopper This work was inspired by Anmar Kalo and was the end of it. script that generates the robot routine. Michael Jake Newsum’s Incremental Sheet Now, a feedback loop is being utilized that Ideally, by running enough panels through Metal Forming and CITA’s Stressed Skins proj- has the ability to control the geometry being the system an adjustment factor can be cre- ect. SPIMF examined how different materials, fed into the software. While this locks in the ated based off of how much the Z value must forming tools, and tool path generation meth- overall nature of the input geometry being be modified. The adjustment factor would ods impact the finished quality of completed formed it allows the software to gradually replace the need to verify the panels by 3D pieces along with applications for the formed manipulate a geometry and test how well scanning them. This adjustment factor would metal parts. Once an understanding of how the formed panels match the digital model. allow a designer the ability to create a series SPIMF worked, focus was put on how to accu- Tests are conducted by robotically form- of surfaces within the design environment and rately program the robotic arm to produce ing a new metal panel and then creating a have those be correctly translated into a robot repetitive geometries that correspond with 3D scan. Verification for how well the panel routine. The adjustment factor allows for the a digital model. By creating a feedback loop matches the input geometry is done using a knowledge gained through the experiment that studies how the sheet metal deforms and Kinect to make a 3D point cloud by 3D scan- phase of this project to be implemented into how accurately the robot performs the form- ning the object. The scan is then compared a design tool. ing task, new and more accurate geometry to the forming geometry. A comparison done can be used to program the arm. in Grasshopper matches up points that have
50 Brooklyn Says, “Move to Detroit.” Materials ing e oin In e en a Me a o ing 51 Matter of Material Labor: Eladio Dieste and Ruled Surfaces
FEDERICO GARCIA LAMMERS South Dakota State University
The resistant virtues of the structures that Ruled surfaces are one of the four structural collaboration focused on designing the con- we are searching for depend on their form. It masonry innovations developed by Eladio struction of a 10’-0” long by 8’-0” tall ruled is because of their form that they are stable, Dieste and used in buildings such as the Iglesia surface brick wall. The construction of this not because of an awkward accumulation of del Cristo Obrero in Atántida, Uruguay. Matter doubly-curved sinusoidal brick wall was docu- matter.1 of Material Labor is part of ongoing research mented over a four-week period. that explores the relationship between archi- In his essay, Architecture and Construction, REFERENCES tectural workflows and the historical role of Uruguayan engineer Eladio Dieste recalls a collaborative labor. The broader agenda of 1. Dieste, Eladio. “Architecture and conversation in which a former colleague dis- this project is to position brick masonry and Construction”, in Eladio Dieste: missed the work of Catalan architect Antoni the work of Eladio Dieste at the intersection of Innovation in Structural Art, ed. by Gaudí stating that “Gaudi’s work has nothing design and construction workflows. Stanford Anderson, (New York: Princeton to do with us — in fact, I wouldn’t know how Architectural Press, 2004), 187. to draw one of his buildings”.2 This statement Digital fabrication workflows continue to highlights what Dieste called the “tyranny of affect architects’ ability to manipulate form 2. Ibid, 183. the drawing board” and the resulting tech- and generate ways of reconfiguring the rela- 3. Ockman, Joan. “Foreword”, in The nological dominance of planar geometries in tionship between geometry and material. In Architect as Worker: Immaterial Labor, most modern and contemporary architecture. many cases this reconfiguration minimizes the Creative Class, and the Politics of This dominance has had an effect on the sepa- the role of labor or reinterprets labor through Design, ed by Peggy Deamer, (New York, ration between material knowledge and the means of automated production, like robot- Bloomsbury, 2015), xxiv. conditions that shape the relationship among ics and programmable assemblies. Matter of geometry, material, and labor. Material Labor considers how the politics of labor and the structural implications of mate- Serious reflection on labor must entail a recog- riality are fundamental to the authorship of nition that buildings begin in both embodied a collective process. This project is part of a and disembodied - material and immaterial - faculty-led collaboration with 15 undergradu- production, not just in architect’s designs but ate architecture students. The first part of this also in bodies on the construction site.3
52 Brooklyn Says, “Move to Detroit.” Materials Ma e o Ma e ia a o 53 Concrete Lattice | Unitized Architecture of Assembly
RYAN GOOLD TSZ YAN NG University of Michigan University of Michigan
DANIEL FOUGERE University of Michigan
Concrete Lattice, a project produced for the our work moves away from a cast-in-place The complexity demonstrated through graduate thesis studio Concrete Labor(1), construct to working with a set of self-similar Concrete Lattice argues for the use of com- seeks to challenge our normative association precast units as a comprehensive building putational design in both informing design with this building typology by developing a lat- system. The advantages of precast enabled decisions and managing the myriad of con- tice system of prefabricated units using Glass- us to control the concrete mix and casting tingencies involved in the production of new Fiber Reinforced Concrete (GFRC). Lattice process more consistently and to also explore modes of architecture. Complexity in this systems are porous, lightweight, and deploy- the logistics of mass-customization and fab- respect addresses not only formal and expe- able; terms that are not typically associated rication. Grasshopper was used to develop riential concerns, but also structural perfor- with concrete structures. The design of para- the units and Kangaroo informed the struc- mance and manufacturing constraints. Our metric units rather than linear components tural performance through simulation and Concrete Lattice makes explicit the role digital (typical of lattice systems), highlights issues optimization. technology plays in the integration of design, of assembly in precast building systems using engineering, and building construction. While While folding techniques of origami patterns integrated components. While design work- this discourse is not new, our design aims to made possible the efficiency of production flows and CNC fabrication aided in efficiently take full advantage of lessons from prece- and cost-savings for formwork production, manufacturing the units, the assembly is post- dents and offer a unique project uncharacter- PETG as a material proved insufficient for tensioned during the construction process to istic of what we’ve come to expect of concrete concrete casting due to hydrostatic pressure limit the amount of scaffolding necessary. as a material. and susceptibility to cracking from chemical Our goal was to explore the development of reaction to the concrete. As such, an external 1. Concrete Labor was taught by Assistant a complex lattice system using digital tech- adjustable jig was designed to help both sup- Professor Tsz Yan Ng during academic nology to explore formal and manufacturing port the mold during the casting process and year 2015-2016. This thesis section was processes. ensure accuracy and precision across all unit linked with the course Advanced Digital Building on the work of Maciej Kaczynski, et types at joints. The reconfigurable jig accounts Fabrication taught by Assistant Professor al, in his 2013 project “Crease, Fold, Pour”, for all the various parameters of both the unit Wes McGee. which used thin sheet plastics for formwork, types and the overall lattice design.
54 Brooklyn Says, “Move to Detroit.” Materials on e e a e 55 They Grow Without Us
JOSEPH DAHMEN University of British Columbia