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Ten projects completed during B.Arch studies at Carnegie Mellon University, 2009-2014.
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PHILLIP DENNY
+1 240 529 8089
WORK
Campus: Situating the Global University
Curriculum Vit (abbreviated)
-
01
Campus: Situating the Global UniversityB.Arch Thesis Project (ongoing)
Carnegie Mellon University
02
Is This Not a Pipe?Volume Magazine/C-Lab
Columbia Laboratory for Architectural Broadcasting
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TenerifeEMBT Arquideas Grant 2013
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Rome Center for Peace & Religious StudiesCornell University in Rome
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Scenes and Speculations: Future CitiesCommissioned Research on Gulf Urbanism
06
Theater for a New AudienceCarnegie Mellon Drama + Architecture Collaborative Studio
07
Al Wakrah Village HousingCarnegie Mellon Qatar + Qatar Museums Authority
08
Frick Environmental CenterLandscape + Architecture Studio
09
Saco Lake Bath House + School for DanceMaterial Tectonics Studio Projects
10
White Cube, Green Maze: New Art LandscapesHeinz Architectural Center, Carnegie Museum of Art
-Biography
PHILLIP DENNYSelected Projects
PHILLIP DENNY
+1 240 529 8089
EDUCATION
Carnegie Mellon UniversityB.Arch | Minor in Architectural HistoryCumulative GPA 3.89, Design GPA 3.93Deans List Fall 2009 - Fall 2013
Cornell UniversityVisiting Student of Architecture | Rome
Semester GPA 4.00 | Spring 2013
Carnegie Mellon University in QatarVirginia Commonwealth University in Qatar
Visiting Student | Doha, QatarSemester GPA 4.00
HONORS
BECA Arquideas Grant 2013First Place Winner, International competition juried by EMBT Architects.
Louis F. Valentour Travel FellowshipSchool award for design excellence. Architecture study tour in UK + France.
Phi Kappa Phi Honor SocietyNominated and inducted Spring 2012. GPA within top 7.5% of University class.
Crossing Boundaries Juhani Pallasmaa CharetteInvited participant in a week-long design charette with Professor Pallasmaa.
Head of School CommendationsAll semesters, Fall 2009-Fall 2014
College of Fine Arts, Deans ListAll semesters, Fall 2009-Fall 2014
LEADERSHIP
interpunctEditor-in-Chief, Student Journal for Architecture Theory, 2013-ongoing
Student Advisory CouncilElected Class Representative
OdysseyResearch Honor Society, Faculty-elected, Spring 2010
PROFESSIONAL EXPERIENCE
Volume Magazine/C-LabColumbia Laboratory for Architectural Broadcasting
Researcher, Editorial Intern, Volume 37 Is This Not a Pipe?, Columbia University, New York, NYMay - August 2013
over,underDesign & Research Collaborator Scenes and Speculations Boston, MA
May - August 2012
Carnegie Museum of ArtHeinz Architectural Center
Intern Curator White Cube, Green Maze & Maya Lin ExhibitionsMay-July 2011
ACADEMIC EXPERIENCE
Research CollaboratorPittsburgh Projects & 4D Doha Apps for Architecture
Teaching AssistantshipsArchitecture Design Studios: Foundation II (Gutschow, Year 1), Environment (Mondor, Year 3)
Architecture for Non-Majors (Hutzell, Mixed), Pre-Collegiate (Wolff, High School)History Courses: Survey of Arch. History II: Modern (Gutschow, Year 2)
School of Architecture Lecture SeriesGraphic Designer, Assistant Coordinator
EXHIBITIONS & PUBLICATIONS
AAP in Rome ExhibitionExhibition Committee, Architecture
Fourth Year Design AwardsLouis F. Valentour Travel Fellowship Recipient
Sheraton Doha Design CompetitionDesign charette hosted by Qatar Museums Authority
Meeting of the Minds-UROAl-Wakrah Village Housing Project exhibited in Doha, Qatar
NAAB Accreditation ReviewPresidents Advisory Council Review
Thesis, and various undergraduate design projectsselected for exhibition
SOFTWARE & SKILLS
AUTOCAD, RHINOCEROS, GRASSHOPPER, V-RAYRHINOCAM, SKETCH-UP, ARC-GIS
ADOBE CREATIVE SUITE
Strengths in research, design, writing, and editing.
References available upon request.
01 CAMPUS: SITUATING THE GLOBAL UNIVERSITYPARADISE
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01 CAMPUS: Situating the Global University
B.Arch ThesisCarnegie Mellon University, Pittsburgh, PA
Advisors Mary-Lou Arscott, Jon Kline, Charles Rosenblum, Rami el SamahyJuly 2013 - ongoing
PrefaceArchitecture: a medium for the production of Utopias, and the complex process by which they attempt to become material. Much Architecture devotes itself to the reproduction of the material conditions of the status quo. Architecture creates facilities (from Latin, facile, lit. trans: easily, that which makes easier), for
the processes of the dominant social framework.1
The impossible dreams of Utopia, however, do not negate its conceptual value. The object of the project Utopia is not so much a Sisyphean chase after a perfected image-world, but rather the production of a critical mirror.2 All Utopias, while literal No-places, are reflectionsinverted, mirrored reproductionsof
immediately apparent every-wheres.3
The global stock of Universities constitute a vast catalog of unique No-places situated within the context of the late modern every-where. A landscape of failed Utopias, the history of Universities is colored by a perennial struggle: the essential protection of sacred Ideals from the forces that simultaneously support, and compromise the project of Universitas.4 This irreconcilable Gordian knot is arguably the root of the diversity of processes that the contemporary University now engages. These processes no longer constitute a singular search for Truth, but rather a complex ecology of often competing, even conflictual aims and exchanges at
all scales.
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01 CAMPUS: SITUATING THE GLOBAL UNIVERSITY
The scenes outlined in Campus interrogate the place of this ubiquitous institution within the complex milieu of late capitalism, and ask: what might happen when Architecture is no longer the tool for mediating conflict by separation,5 a fortification holding the forces of Capital at bay, but rather is poised as an instrument for the radical accommodation of conflictual Ideologiesa frame for
the hyperbolic juxtaposition of simultaneous, competing realities?5
Campus recognizes the absurd realities of the contemporary University as a very real dream, a compromised utopia. It is not merely a critical appraisal of the University; the scenes propose a series of situations that exploit the institutions late modern reality for the production of new institutional and architectural possibilities.
1 Frampton calls attention to this, one of Architecture's essential dichotomies, in relation to Hannah Arendt's analysis of the vita activa and Heidegger's thought on dwelling. See Kenneth Frampton, "The Status of Man and the Status of His Objects: A Reading of The Human Condition" in K. Michael Hays, ed., Architectural Theory Since 1968 (Cambridge: MIT Press, 1998) pp. 358-376.2 See Chapter 2 "The Utopian Enclave" in Fredric Jameson Archaeologies of the Future (London: Verso Books, 2005), and Reinhold Martin, "Utopian Realism" Online.3 The attempt to realize Utopia might be considered a form of Totalitarianism, specifically, the application of a totalizing framework toward a singular future. See Sheldon Rothblatt, "University as Utopia" in European Research University: An Historical Parenthesis.4 Universitas is here in reference to the concept of the 'ideal' University, a confederation of scholars devoted to the search for "Truth." See, also, the proceedings of the 1972 MoMA conference, "The Universitas Project," convened by Emilio Ambasz, which brought together Jean Baudrillard, Octavio Paz, Umberto Eco, Henri Lefebvre, and Hannah Arendt, among others, to debate the foundations of an ideal University. The Universitas Project (New York: MoMA, 2003).5 When the political agency of form is taken to lie in its essential finitudethe definition of a 'limit,' the production of distinction. See Pier Vittorio Aureli Possibility of an Absolute Architecture (Cambridge: MIT Press, 2011).
Universitas and the postmodern Metropole
Metropole, n.: The parent state of a colony.
Origin: late 15th c.: from Old French metropole, based on
Greek meter, metro- mother + polis city
The University is a productive entity at the heart of center-less Empire.1 More than ten thousand universities now dot the globe, a flexible meshwork of faculties more or less devoted to
the project of Knowledge formation. Today, the University can be found anywhere, all over the world. Whether situated in the metropolis or standing in an idyll, all campuses are enclaves of one sort or another. But before the university took refuge in the Ivory tower it was universitas, a body of faculty and studentsan essentially placeless federation.2 Before then, Universitas was a utopian projecta No-place. An entity distinctly removed from the political ordering of its context, universitas constituted a space of difference within a city defined solely by the foreign origin
of its students and scholars. Not until the sovereign authority of medieval Bologna gifted a chapel to the scholars guild did
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The Plate (Edu-factory)
Edu-factory condenses the Social to flash-point: nodes of contact, lines of
discussion, planes of argumentationEdu-factory collapses Life and Labor.
Disciplinarity is abolished; new minds for new problems. The epicenter of
production, Edu-factory is a re-producer of the Social. Knowers invest
themselves with Knowledge; in the process they soak up value like a sponge.
Research MillPlan
Scale: 1:250
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01 CAMPUS: SITUATING THE GLOBAL UNIVERSITY
Campus (Genesis)
The Building had stood in the center of town for as long as anyone could
remember, and before then, too. It was no more than 200 meters on each side.
It stood above a patch of ground, campus. Over the years the bounds of campus
had slowly eroded. The city dwellers confused one ground for another, and
soon nobody could remember which was which.
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Alma Mater
Scholars huddled on muddy ground (Athens all over again. Democratic space
realized at last?) The Refugees eagerly dream of new Urbanities. Impromptu
symposia commence as the Knowers debate the formation of a masterpiecea
University: autonomous, pristine, ideal.
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01 CAMPUS: SITUATING THE GLOBAL UNIVERSITY
universitas become university, suddenly finding itself on a campus.3 Within the context of late capitalism, the state of the university has reached triple-point. At the beginning of the new millennium the traditional notions of universitasuniversity as Utopia for the pursuit of Knowledgehave been marginalized by market imperatives: research funds, prestige value, endowment growth dominate the modern University agenda. Universities worldwide continuously produce knowledge, write patents, innovate new technologies.4 University destroyed Universitas, and is itself at the edge of crisis.
If the groundless universitas was literally utopian, then the modern campus is the ideal Universitys heterotopic counter-site. Defined by Foucault as a space that accommodates and reproduces
a societys inversion, the heterotopia is at once removed from its context while at once being intimately bound up within its very culture. The global proliferation of universities at once reproduces the hegemonic subjectivities of Globalizations will-to-education, while simultaneously negating the sociopolitical context of the heteropic campus.5
Considering the modern university as an effectual mechanism of globalization, it ought to be examined through the lens with which we critique globalized capital.6 The replication of the university model across the globe via satellite campuses represents the incursion of foreign logics upon local territories.7 As distinct from colonialism per se, the university is not just a microcosmic core sample of a society and its accompanying politics to be transplanted elsewhere, a project of authoritarian translation, but rather a finite instance of the metropoles inversion: the university is a metropolitan antithesis. Campus as anti-city, or enclavewhat Castells has termed the transnational enclave.8 In the same way that the intimate frictions of vastly differing ideologies incited violent altercations between town and gown in the earliest colleges of Oxbridge, the postmodern campus is imbued with the latent potential to destabilize the status quo.9 Campus has always been a fascinating stage for the playing-out of binary oppositions. The University: standard-bearer for the pursuit of pure Truth, and the same, an engine for extracting practical utility from new Knowledge; institutional reproducer of subjectivity, while at once a context primed for the disruption and subversion of subjectivities.
Yet, still, the university, by way of its pernicious intimacy with the complexes of capitalist production, is essentially a normalizing institution. While the history of the late twentieth century is punctuated by moments in which universitys complicity with the mechanisms of late capitalism incite popular unrest, the story always ends in the same way: a brief period of popular consciousness is followed by an inevitable return to order by means
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Consumer Paradise
The University had become a mall. A luxe terrazzo unfolds underfoot in every direction. Everything gleams beneath the relentless Glo of fluorescent tubes. Exact air-conditioned, it is Eden. Even the
atmosphere is indulgent.
Consumer ParadisePlan
Scale: 1:250
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Debates
Within the Tower notions of disciplinarity are to be abolished. Knowers
will be socially and cerebrally mobile, able to (and required) jump nimbly
between domains of Knowledge according to whim or reason. Curriculum reverts
to its Imperial definition: racetrack. The debates drag on for weeks at a
time. Stultifying horizontality the madness of their meetings sublime.
Point Counter Point in a cyclical discourse of absurd proportions. Consensus
is never reached. Discussion plods on, sideways, with no hint of relief.
Before long, the Knowers realize their Dreamed-of University has suddenly
come into being.
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of police action.10 The violation of the campus political bounds explicates the crisis of autonomy in the postmodern university. The superposition of disparate political orders is irreconcilable within the totalizing framework of the late capitalist city. Traditions of autonomy, whether upheld de facto or juridically codified, hold the precinct of campus as an extra-political space.11 This irreconcilable conflict is at the heart of globalizations
absorption of the University in the twenty-first century.
The global dispersion of the University forms a constellation of extra-political territories whose supranational coordination echoes that of postmodern Empire. Just as late capitalisms transnational enclaves are linked by the flows of international
finance, world Universities are bound by the pervasive exchange of
Information. An archipelago, the global network of universities is both a smooth extension of the post-Fordist economy and a discontinuous inversion of the global polis.12 Enmeshed within the complex mechanisms of the global economy, the postmodern university is positioned at the helm of vast flows of capital. Ubiquitous,
diffuse, the university is bound loosely together by commonly held rules. Since the universitys medieval formation a series of dicta have codified the role of the university in society: ius ubique docendi, Constitutio Habita, Magna Charta Universitatum.13
Academic capitalism forms the modus operandi of the postmodern university, despite its idealized independence from politics and the market. The University in the market economy endlessly chases revenue production. Growth is the dictate of success in the market. More is more. From the creation of non-academic consumable goods found in campus bookstores, to the displacement of student dining halls in lieu of national restaurant brands, campus has become a Consumer Paradise.14 Facing massive governmental de-investment, public universities, too, must engage in market activities as a matter of course. Students have become commoditized, a stream of revenue to be exploited by the burgeoning academic-capitalist complex. Faculties vie for funding linked to enrollment figures,
offering courses taught by legions of underpaid graduate students. The university is yet another industry whose profit margin relies
upon the exploitation of a precariously situated labor force.15
The dot com boom of the nineties marked a radical transformation of production in the age of Empire: no longer was the economy tied to the reproduction of material wealth (vis--vis the industrial production of goods), but rather, vast wealth would be borne of speculation, the endless manipulation of exchange value. The virtual has unequivocally displaced the material. The disappearance of the factory from urban centers is perhaps the clearest evidence that the city has become the factory.16 The factory is everywhere, and nowherea pervasive, ethereal network.17
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01 CAMPUS: SITUATING THE GLOBAL UNIVERSITY
The rush on the University in the early aughts evidenced the position of higher education as an inroads to the post-Fordist labor market. In 2001, amid the excesses of new Globalizations bull market, university tuition and enrollment surged, soaring past historical rates of growth. Enrollment, formats, tuition have since multiplied, transformed, and bloated. The market calls for the processing of more students, more tuition hours, more. The University campus seems to wobble on the edge of anachronism as web-based educational models are the order of the day. The States endorsement of online education, and investment in MOOC initiatives foreshadows an immediate future: Knowledge will be free, and it will be online.
The project of online higher education aims to equitize access to Knowledge. While the World Wide Web University is opening new avenues to Knowledge, the MOOC isnt itself an equivalent alternative to the brick and mortar institution. The modern University is first
and foremost a public spacerarefied air for the Free exchange of ideas. In an era in which technology provides the ability for remote surveillance of the private communications of Billions, the web has quickly become less public than even the most insular private college campus. The threatened disappearance of publics is but one part of the crisis of the modern University.18
Crisis is a moment of opportunity. In which the normalizing parameters of the institution are shaken and dematerialized. Crisis is a duration in which the space of possibilities suddenly becomes vast.19 Witnessing the apocalyptic tail-end of universitys long-arc from religious scholasticism to academic capitalism, the university can be redirected to an alternatively productive model within and against late capitalism. A building has to hold the forces that might want to transgress its order and should accommodate them through the management of the spaces so that at the same time, the same forces are restrained.20 Campus does not disavow the forces of capital and Globalization, but rather seeks to inscribe a space that is simultaneously within and without.
While the concepts of institution and utopia are seemingly antithetical (the institution is literally the establishment, the utopia No-place.), elements of the one are always, necessarily, bound up in the workings of the other. The University is an institution that holds a utopian ideal at its core, a fact of its heterotopia-function.21 Campus exploits the Universitys heterotopian logic by creating an alternative utopia in the contemporary Universitys place. The Utopian animus of the University has always been the pursuit of Truth. However, the entry of capital has transformed this simple logic into one of exchange. The modern University is a site for the exchange of knowledge for value, the entry of commoditized knowledge. In order for the University to nourish its
11
Hangar
The University finally learned to stop worrying and love Research (dollars).
There is no need for Byzantine ethical posturing or skunk-works secrecy in
Edu-factory. Veritas is flexible, anyway.
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Research MillPlan
Scale: 1:250
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01 CAMPUS: SITUATING THE GLOBAL UNIVERSITY
City
Within the walls of the Tower, the City folds upon itself. A massive cabinet
of metropolitan density, it is a frame of collective space, and a museum of
the City that once was. Within, an energetic Public lay claim to Streets and
Squares. City-Building is Civic-Stage; within the Tower a different quality
of life lives on.
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Frame
Climate-controlled and relentlessly empty, the Living Room is 40,000m2 of
Almost Nothing. On its surface camps coagulate, then languish, before finally
disappearingabsorbed. Conscripts to Knowledge wait to ascend the Tower.
Slowly, cohorts percolate through, exploring. No one has ever Known the Tower
in all no single map is a record of all its rooms.
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01 CAMPUS: SITUATING THE GLOBAL UNIVERSITY
ideal it must regain autonomy. The University must divorce the pursuit of Truth from the pursuit of capital.22 While the separation of education from the reproduction of value constitutes a difficult decoupling of the Universitys contemporary
functions of economy, it can reposition the university as a necessary, productive public at the core of society.23 Campus proposes a space for the exchange, pursuit, and generation of Knowledge that empowers the Knower (the precariously situated Knowledge Worker) by establishing a discernible place for him within urban society.24 The Knower is a unique member of the Knowledge Society. Precariously employed, highly educated, and young; the Knowledge workers needs are worlds apart from those of previous generations. Frenetic nodes in a highly charged network, Knowers thrive on proximity, flexibility, and security.
Campus imagines a social contract between universitas and context that governs an order of exchange that is inclusive rather than exclusive, connective rather than disjunctive. By way of a simple agreement, Knowers can become an integrated component in the social ecology of cities. In exchange for the monetary support of the urbs, the Knower agrees to apply his accumulated knowledge to its dissemination: the Knower becomes Teacher. The city guarantees its own future vitality through this multigenerational exchange. Public investment in the young Knower is repaid by his commitment to become a Teacher, to educate future Knowers, and citizens alike. Campus thus short-circuits the late capitalist paradigm of educational attainment: cash for Knowledge, and resituates the university in relationship to a public.
Campus can no longer be a colonized territory of late capitalism, the University an outpost of the disembodied market. For the Institution to regain the precious ground of autonomy, it ought to remember that campus, while referring to ground, structure, and locus of the Institution, originally referred to a battlefield. Now,
it would seem that the field has been lost to the market. While
the University must strive towards autonomy, it cannot become a hermetic enclave. Throughout its history the University has been, for better or for worse, bound to its realityand all of the frictions and compromise that entails. Campus thus imagines a radical accommodation of the forces that seek to transgress the limits of the institution and its ideals. A project of utopian realism, Campus recognizes the reality of the University in late capitalism as itself a complex fiction constructed by global forces,
and asks: what might happen to our battlefieldcampuswhen we
recognize the forces of global capital as manipulatable flows rather
than adversarial conditions?
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Corporate Eden
A crown of Hotel Suites sits precipitously above the void. Heroic elevator
bundles pierce the emptiness with Piranesian audacity. The immediate needs
of a transient population are automatically provided for in the rooms.
Food, liquids, climate, entertainmentall optimized to ensure spontaneous
and uninterrupted satisfaction. It is a Taylorist dream. A vast golf course
spills out across the roofan ersatz Arcadia, open Daily.
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Endnotes:1 Michael Hardt and Antonio Negri, Empire (Cambridge: Harvard University Press, 2000).2 Neave, Blckert, Nybom, eds., The European Research University: An Historical Parenthesis (London: Palgrave Macmillan, 2006).3 Hilde de Ridder-Symoens, A History of the University in Europe (Cambridge: Cambridge University Press, 2003) pp. 92-96.4 Jeffrey Williams, "The Pedagogy of Debt" in Edufactory: Towards a Global Autonomous University (New York: Autonomedia, 2009) pp. 89-96.5 Michel Foucault, "Of Other Spaces: Utopias and Heterotopias" October (March 1967)6 Manuel Castells, The Rise of the Network Society (Oxford: Wiley-Blackwell, 2000)7 Andrew Ross, "The Rise of the Global University" in Edufactory, pp. 18-31.8 Castells, Chapter 2: "The Network and the Self" in The Rise of the Network Society.9 The student uprisings of 1968, and 1971 in New York, Paris, and Athens, e.g. Radical student-activist demonstrations had lasting effects on the composition, and policy of both Universities and cities. In Paris, after the end of student revolts, the state education system atomized the Universit de Paris, creating smaller campuses scattered about the periphery. See Ridder-Symoens.10 Like the uprisings at the Sorbonne, and three years later in Athens, the Columbia University protest was ended by the intervention of the civic police force. Foucault was greatly affected by a similar experience in Tunisia, March 1968, in which massive student strikes were dissolved by police brutality. See Didier Eribon Michel Foucault (Cambridge: Harvard University Press, 1989) p. 194.11 The right to political autonomy, specifically the exclusion of the campus precinct from civic control, was established in the medieval period at many European universities. The University of Prague was famously spared in the Russian supression of the Prague Spring uprisings, 1968.12 Pier Vittorio Aureli has defined the polis as the socially-produced space of the city; the space of, and produced by politics. The University, understood as an exclusive enclave (per Manuel Castells, "A New Globe in the Making") might thus be considered a disjunctive space within the global network.13 Sheldon Rothblatt, "University as Utopia" in European Research University, Neave, Blckert, eds.14 Campus succumbed to Junkspace sometime in the early-2000s. See Rem Koolhaas, "Junkspace" October 100 (Spring 2002): 175-190.15 Ilkka Kauppinnen has argued that the University is no longer a promoter of national economic competitiveness, but that Universities have impelled the "transnationalization" of academic capitalism. See "Towards transnational academic capitalism" in Higher Education vol. 64, no. 4 (October 2012): 543-556.16 The University is considered a component of the city-as-productive-mechanism in "All Power to Self-Education," introduction to Edufactory: Towards a Global Autonomous University.17 The un-rooting of centers of production is a key facet of 'network culture,' and a factor contributing to the productive agent's precarity in the late market economy. See Kazys Varnelis, "The Rise of Network Culture" in Networked Publics (Cambridge: MIT Press, 2012) pp. 145-164.18 The relative attraction of online education might be considered one symptom of the recent swing towards austerity politics post-2008. See Pier Vittorio Aureli, "Less is Enough" (Moscow: Strelka Institute, 2013)19 Crisis has been appropriated as a productive force in the postmodern creative economy, see Agenda: can we sustain our ability to crisis? De Smedt, Clouette, Neiheiser, eds., (Barcelona: Actar, 2009)20 Pier Vittorio Aureli and Martino Tattara "A Simple Heart: Architecture on the Ruins of the Post-Fordist City" Architectural Design vol. 81, no. 1, January 2011.21 Rothblatt, "University as Utopia."22 Autonomy is a precondition for the pursuit of Knowledge, as argued by Stanley Aronowitz in The Knowledge Factory: Dismantling the Corporate University and Creating True Higher Learning (Boston: Beacon Press, 2000).23 Antonio Negri, "From Koolhaas's 'Generic City' to 'Junkspace' in Berlage Survey of the Culture, Education, and Practice of Architecture and Urbanism, Salomon Frausto ed., (Rotterdam: nai010 Publishers, 2011).24 Loosely analagous to what Richard Florida imagined as the constitutive members of the 'creative class.' Richard Florida The Rise of the Creative Class (2002).25 Reinhold Martin, "Utopian Realism" Online.
Advisors: Mary-Lou Arscott, Jon Kline, Charles Rosenblum, Rami el Samahy.Support: Kai Gutschow, Kelly Hutzell, Michael Kubo, Francesca Torello, Talia Perry, Zachary Weimer.
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Stoa
A library, a University, an office, a museumEdu-factory merges genres of
Knowledge Space without compromise. The Public Realm is a Productive Realm.
Edu-factory condenses the Social to flash-point: nodes of contact, lines of
discussion, planes of argumentation Edu-factory collapses Life and Labor.
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02: IS THIS NOT A PIPE?
VOLUME 37 IS THIS NOT A PIPE? COVER DESIGN, IRMA BOOM
19
02 IS THIS NOT A PIPE?
Volume Magazine/C-LabColumbia Laboratory for Architectural Broadcasting
Editorial Intern, Columbia University, New York, NYwith Benedict Clouette, Jeffrey Inaba, C-LabMay-August 2013, Published November 2013
Original research, text, graphics, and layout design for Mechanization of
the Office and Increasing efficiency, increasing usage? Interview with
Mahadev Raman, Arup, "Its the physics" in Volume 37.
Before electric illumination the workday was bound to daylight hours. The optimization of the architectural plan to admit maximum natural light caused U, H, L and other such letterform typologies to proliferate (the earliest generation of mechanized buildings retained these pre-Industrial forms). The electrification of
the workplace at the turn of the century introduced a range of technologies whose effects would diminish the contingencies of environment that impeded the efficient performance of work. Electric
light flooded the pre-War office, allowing work to proceed around the
clock. Otis electric-powered elevators lifted droves of workers as tall office buildings sprang up across metropolitan centers. The plan
of the office building, now artificially lit and conditioned, swelled
to brutal depths. The development of technology would continuously transform how and where work took place in the twentieth century.
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Drawings, text and layout by Phillip Denny with contributions by Maria Broytman.
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Drawings, and text by Phillip Denny.Document design Irma Boom.
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03: TENERIFESITE PERSPECTIVE
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03 TENERIFE
BECA Arquideas Grant 2013First Place Winner, International Competition
Juried by EMBT Architects, Barcelona, ESDecember 2013
The thalassotherapy center is an immersive landscape: it is a place within which the user submits the body to spa treatments and transformation. In order to treat the body and mind, the user must first be removed from the usual. Arriving at the center, the user
enters the pavilion at the high end of the site. Here the patron is oriented and directed down through the atrium to the changing rooms. From the changing rooms the bathers move along a corridor, passing through a series of water gardens which frame and orient the user to the sea beyond. As the bather moves along the path the space begins to open. Suddenly the bather finds himself on the
slope among the many basins. Set within the basin are planters for flowering shrubs and trees, whose branches provide shade and
whose rustling leaves create a soothing soundscape. After bathing the user may choose to have a massage in the hammam, or relax in the steam sauna, beneath a skylight that refracts the seawater above. In the evening, the user returns to the pavilion by the way he arrived. Moving back up through the atrium, he reenters the
everyday, replenished and rejuvenated.
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03: TENERIFE
Sections
The sites slope is manipulated to create a series of terraces that simultaneously hide unsightly development downhill, and open
a dialogue with the sea.
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cc
cc
Entry TunnelSauna Water GardenSaltwaterBasin
Changing
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Site Plan / Diagrams
The projects particular geometries are an artifact of an incomplete resort development project. The poured-in-place concrete foundations are repurposed to become thalassotherapy basins and spa facilities.
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Extant Structures(Basins)
Saltwater Basin
Freshwater Basin
Entry TunnelSauna Restaurant & Arrival/Check-inMechanical
Architectonic Elements(Frame)
Program(Fill)
Desalination
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03: TENERIFE
Vignettes: Atrium + Arrival
The main building functions as a point of departure and arrival, where patrons transition from their everyday world to one of
relaxation and introspection.
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cc
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Transverse Section / Plan +268
The basins are scattered over the landscape, opening up vistas onto the sea beyond.
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Mechanical
Parking
Entry
Arrival
Restaurant
Meditation
40
04: ROME CENTER FOR PEACE AND RELIGIOUS STUDIES
GROUND PLAN
41
04 ROME CENTER FOR PEACE AND RELIGIOUS STUDIES
Cornell University in RomePax Romana Studio
Cornell University, Rome, ITProfessors George Hascup, Davide Marchetti
Spring 2013
The Rome Center for Peace and Religious Studies project reconciles the need for the construction of a massive institution on an actively utilized public landscape. The project explores the potentials of the mat-form building to activate context and expand the urban field.
The architecture connects a series of interrelated programs to a wide range of urban situations. The projects intricately scaled network of outdoor spaces extends the public realm over, under, and through the built environment. The ground plane is considered as an intensive architectural landscape, a plinth of public programs that create a public campo above. At the heart of the building, a central void connects all of the projects functions, a non-programmed green space sheltered by the building-as-canopy above. The buildings raison detre, the religious study centers, occupy the highest points of the building. Raised above the public plinth, the centers pair enclosed study spaces with exterior courtyards. The study centers and libraries form a continuous, porous canopy
that unites the buildings form, and defines the public realm.
42
04: ROME CENTER FOR PEACE AND RELIGIOUS STUDIES
Section / Courtyard
The site's ground is intensively manipulated, an architectural landscape that aims to instigate moments of public enticement and
interaction.
4343
04:
ROME
CEN
TER
FOR
PEAC
E AN
D RE
LIGI
OUS
STUD
IES
Site Plan
The architecture soaks up its context like a sponge. It carries the surrounding urban texture over the site and throughout the
building.
4444
04: ROME CENTER FOR PEACE AND RELIGIOUS STUDIES
Concept Drawing
The project generates spatial complexity by layering formal traces of historical site features, contextual axes, and programmatic factors. The interplay of layers becomes a dialogue played out
within and outside of the Center.45
04:
ROME
CEN
TER
FOR
PEAC
E AN
D RE
LIGI
OUS
STUD
IES
Canopy Development: Diagram / Section
The Center preserves the site's current open space by framing a public courtyard. The library and learning centers spill out onto
the main courtyard, ensuring access to light and air.
Excavations Figures Extrusions
46
04: ROME CENTER FOR PEACE AND RELIGIOUS STUDIES
Ground Plan
The ground plan elaborates a complex dialogue between contextual site features, historical absences, and local use-functions.
4747
04:
ROME
CEN
TER
FOR
PEAC
E AN
D RE
LIGI
OUS
STUD
IES
Formal Relationship / Public Interface
The building cedes space to public use at key points on the site. At the corner closest to the Colosseum, the Center anchors a piazza.
48
Site Envelope
Block PorosityContextual Situation
Contextual Relationships
Green Spaces
48
Plans
The building is a complex assembly of distinct volumes and excavations pulled together by the institution. Green spaces
permeate the structure, dissolving thick poche.
04: ROME CENTER FOR PEACE AND RELIGIOUS STUDIES
ProgramLibrary
Learning CenterCirculation Desk
AuditoriumMeeting
CourtyardArchiveGallery
CafeDormitory
12345678910
4
1
Level 0Level +2
Level -1Level +1
1
1
1
1
1
2
2
2
2
2
2
2
13
5
6
7
89
10
1010
49
04:
ROME
CEN
TER
FOR
PEAC
E AN
D RE
LIGI
OUS
STUD
IES
Formal Development / Learning Center
The Peace Center's porous form carefully balances dark spaces for the preservation of rare artifacts, and light-filled spaces for
their study.
PorousLithic
ConsolidatedDispersed
PROGRAM
FORM
12345678910
50
05: SCENES AND SPECULATIONS: FUTURE CITIESPETRO-FIT, RIG TOWER
51
05 SCENES AND SPECULATIONS: FUTURE CITIES
Three Scenes and Speculations from a Future Cityover,under / Carnegie Mellon University
Researcher, Design Intern, Boston, MAwith Rami el Samahy and Adam Himes
May-August 2012
If all design can be seen as ways to predictand shapethe future, no field ought to look further forward than urban design and planning.
However, as a profession, planners tend to be fairly cautious, relying on historical precedents rather than future trends in shaping cities. There are perfectly rational reasons for this tendency; the past is a more knowable territory than the future. And yet, do we limit our vision if we fail to occasionally untether ourselves from the past, and seek where design opportunities may
lie in the future?
Our research teamarchitects and urban designers, curious about alternative approaches todesigning the urban future, especially as it relates to the Middle Eastbegan by creating a digital compendium of all the predictions we could find (past and present)
related to the future of urban environments. We tagged and sorted these in various ways to see what we might uncover. Among the most interesting (and obvious) discoveries: projections into the future
are more telling of the present in which they are created.
52
05: SCENES AND SPECULATIONS: FUTURE CITIES
Rising Sea Levels
Conservative projections of sea-level rise expect a +1m change in the next hundred years. Doha, Qatar would see profound consequences
after even a marginal rise in sea-level.
53
2012 2025
2040 2050
SITE
53
05:
SCEN
E 1:
SAB
KHA
CITY
Solar Desalination Infrastructure
How can one of the most energy-intensive and ecologically destructive infrastructural processes (and a necessary evil for life in the
Gulf) become productive and positive?
54
high tide
low tide
high tide
low tide
Desalination gateThe gate permits a small amount of seawater to enter desalination.
Solar desalinationA thin sheet of seawater travels through a series of solar stills, causing freshwater to collect on glass planes.
DockA f loating pier rises and falls with the tides.
Brine lift
Brine reservoirA public saltwater pool serves as reservoir before brine is distributed to the spray grid.
Brine distributionBrine is carried through existing village plumbing and fed through scaffolding to spray heads.
Existing
Solar Desalination
high tide
low tide
high tide
low tide
Desalination gateThe gate permits a small amount of seawater to enter desalination.
Solar desalinationA thin sheet of seawater travels through a series of solar stills, causing freshwater to collect on glass planes.
DockA f loating pier rises and falls with the tides.
Brine lift
Brine reservoirA public saltwater pool serves as reservoir before brine is distributed to the spray grid.
Brine distributionBrine is carried through existing village plumbing and fed through scaffolding to spray heads.
Existing
Solar Desalination
high tide
low tide
high tide
low tide
Desalination gateThe gate permits a small amount of seawater to enter desalination.
Solar desalinationA thin sheet of seawater travels through a series of solar stills, causing freshwater to collect on glass planes.
DockA f loating pier rises and falls with the tides.
Brine lift
Brine reservoirA public saltwater pool serves as reservoir before brine is distributed to the spray grid.
Brine distributionBrine is carried through existing village plumbing and fed through scaffolding to spray heads.
Existing
Solar Desalination
high tide
low tide
high tide
low tide
Desalination gateThe gate permits a small amount of seawater to enter desalination.
Solar desalinationA thin sheet of seawater travels through a series of solar stills, causing freshwater to collect on glass planes.
DockA f loating pier rises and falls with the tides.
Brine lift
Brine reservoirA public saltwater pool serves as reservoir before brine is distributed to the spray grid.
Brine distributionBrine is carried through existing village plumbing and fed through scaffolding to spray heads.
Existing
Solar Desalination
high tide
low tide
high tide
low tide
Desalination gateThe gate permits a small amount of seawater to enter desalination.
Solar desalinationA thin sheet of seawater travels through a series of solar stills, causing freshwater to collect on glass planes.
DockA f loating pier rises and falls with the tides.
Brine lift
Brine reservoirA public saltwater pool serves as reservoir before brine is distributed to the spray grid.
Brine distributionBrine is carried through existing village plumbing and fed through scaffolding to spray heads.
Existing
Solar Desalination
high tide
low tide
high tide
low tide
Desalination gateThe gate permits a small amount of seawater to enter desalination.
Solar desalinationA thin sheet of seawater travels through a series of solar stills, causing freshwater to collect on glass planes.
DockA f loating pier rises and falls with the tides.
Brine lift
Brine reservoirA public saltwater pool serves as reservoir before brine is distributed to the spray grid.
Brine distributionBrine is carried through existing village plumbing and fed through scaffolding to spray heads.
Existing
Solar Desalination
Brine Distribution
New Infrastructure
Village+1.5m rise
01
01
Brine is carried through existing village plumbing, and distributed
through scaffolds to the spray heads.
A public saltwater pool serves as a holding tank for
brine, which will be distributed into the spray grid later.
A thin sheet of water is evaporated by solar exposure. Freshwater collects in the stills. The
resultant high-saline brine is collected.
A tidal-powered gate permits a
limited amount of seawater to enter the system daily.
As the tides rise and fall, a cable-pulley system opens valves and locks throughout the
village, initiating desalination.
Brine Reservoir02
02
Solar Desalination03
03
Gate04
04
Kinetic Dock05
05
54
05: SCENES AND SPECULATIONS: FUTURE CITIES
Elements / Below Sabkha City
Desalination's waste, high-salinity brine, is repurposed for the creation of an artificial salt-landscape above the Gulf's inundated
coastal towns. A simple system of tidal-, and solar-powered mechanisms allows desalination to occur without external power.
Scaffold Plumbing
Solar Desalination Arm
Brine Sprayer & Matrix
Scale = 1:250Scale = 1:500500 2000
1000250Scale = 1:250Scale = 1:500
500 2000
1000250
Preservation Bubble
Current-Pump
55
05:
SCEN
E 1:
SAB
KHA
CITY
Urban Core Sample
A new kind of urbanism grows above the Gulf's inundated coastal towns. A freshwater reservoir anchors each urban courtyard, a new type of street furniture that serves as a meeting point for
village life.56
05: SCENES AND SPECULATIONS: FUTURE CITIES
Urban Courtyard
An urban courtyard is accommodated above the remains of each one of Al Wakrah's historical villas. Urban life is centered around spaces
for the production and storage of freshwater.
5757
05:
SCEN
E 1:
SAB
KHA
CITY
Urban Mechanisms
Sabkha City is animated by the many tidal-, and solar-powered mechanisms that adapt Al Wakrah to life with rising seas.
58
low t
ide
high
tide
Sabkha City Courtyard: Desalination ArmsSun/Mode Diagram
Tidally-activated Pedestrian Bridge
Tidally-activated Dock
58
05: SCENES AND SPECULATIONS: FUTURE CITIES
Module System
Much of Sabkha City's infrastructure is composed of repurposed construction scaffolding, which provides a fine-grain, flexible
construction module.
59
Scaffolding Module3.4 x 3.6 x 3.6
Aggregation
MODULES
Unit Aggregation Unit Aggregation
Units (Module Aggregations)
59
05:
SCEN
E 1:
SAB
KHA
CITY
60
Year 2014 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
Interior spaces are cast in concrete to provide foundations for the salt landscape.
The negative form courtyard casts are pulled by the tide into the Gulf. The villages inundated ruins become a marine habitat.
Scaffolding is deployed throughout al Wakra as a framework for the growth of a new landscape.Construction mesh is stretched between the scaffolding to form spans between each tower.
Year 2075 As sea levels continue to rise, al Wakras historical buildings are washed away by the tides and the freed courtyard casts f loat out to sea.
Year 2012 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
The village expands into the Gulf.
Year 2077
The salt landscape continues to grow.
Year 2075
Year 21??Year 2125
Year 2014 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
Interior spaces are cast in concrete to provide foundations for the salt landscape.
The negative form courtyard casts are pulled by the tide into the Gulf. The villages inundated ruins become a marine habitat.
Scaffolding is deployed throughout al Wakra as a framework for the growth of a new landscape.Construction mesh is stretched between the scaffolding to form spans between each tower.
Year 2075 As sea levels continue to rise, al Wakras historical buildings are washed away by the tides and the freed courtyard casts f loat out to sea.
Year 2012 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
The village expands into the Gulf.
Year 2077
The salt landscape continues to grow.
Year 2075
Year 21??Year 2125
Year 2014 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
Interior spaces are cast in concrete to provide foundations for the salt landscape.
The negative form courtyard casts are pulled by the tide into the Gulf. The villages inundated ruins become a marine habitat.
Scaffolding is deployed throughout al Wakra as a framework for the growth of a new landscape.Construction mesh is stretched between the scaffolding to form spans between each tower.
Year 2075 As sea levels continue to rise, al Wakras historical buildings are washed away by the tides and the freed courtyard casts f loat out to sea.
Year 2012 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
The village expands into the Gulf.
Year 2077
The salt landscape continues to grow.
Year 2075
Year 21??Year 2125
Year 2014 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
Interior spaces are cast in concrete to provide foundations for the salt landscape.
The negative form courtyard casts are pulled by the tide into the Gulf. The villages inundated ruins become a marine habitat.
Scaffolding is deployed throughout al Wakra as a framework for the growth of a new landscape.Construction mesh is stretched between the scaffolding to form spans between each tower.
Year 2075 As sea levels continue to rise, al Wakras historical buildings are washed away by the tides and the freed courtyard casts f loat out to sea.
Year 2012 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
The village expands into the Gulf.
Year 2077
The salt landscape continues to grow.
Year 2075
Year 21??Year 2125
Year 2014 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
Interior spaces are cast in concrete to provide foundations for the salt landscape.
The negative form courtyard casts are pulled by the tide into the Gulf. The villages inundated ruins become a marine habitat.
Scaffolding is deployed throughout al Wakra as a framework for the growth of a new landscape.Construction mesh is stretched between the scaffolding to form spans between each tower.
Year 2075 As sea levels continue to rise, al Wakras historical buildings are washed away by the tides and the freed courtyard casts f loat out to sea.
Year 2012 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
The village expands into the Gulf.
Year 2077
The salt landscape continues to grow.
Year 2075
Year 21??Year 2125
Year 2014 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
Interior spaces are cast in concrete to provide foundations for the salt landscape.
The negative form courtyard casts are pulled by the tide into the Gulf. The villages inundated ruins become a marine habitat.
Scaffolding is deployed throughout al Wakra as a framework for the growth of a new landscape.Construction mesh is stretched between the scaffolding to form spans between each tower.
Year 2075 As sea levels continue to rise, al Wakras historical buildings are washed away by the tides and the freed courtyard casts f loat out to sea.
Year 2012 Villa courtyards are f illed with a site-cast concrete liner in anticipation of their inundation and destruction.
The village expands into the Gulf.
Year 2077
The salt landscape continues to grow.
Year 2075
Year 21??Year 2125
Year 0Courtyards are filled with a concrete
liner.
Landscape growth infrastructure is inserted.
Year 2
Courtyards become buoyant as tides rise.
Year 5
Salt landscape continues to develop.
Year 10
Courtyards sink, seed new landscape growth.
Year 15
Sabkha City grows above the inundated old Town.
Year 25
60
05: SCENES AND SPECULATIONS: FUTURE CITIES
Linear Oasis
Desertification threatens over
one-third of the Earths population and affects over 40% of its land area. Over twelve million hectares of arable land is lost every year to desert
encroachment.
The Linear Oasis is a hybrid botanical-mechanical infrastructure that provides integrated solutions to the problems of desertification,
resource scarcity, and urban sprawl at a regional scale. It serves as a barrier to sandstorms, a self-sustaining source of water and food, and a limit to urban growth. After the construction of its most basic infrastructure, the Linear Oasis can passively collect water from the atmosphere, subsequently supporting local agriculture, live-work settlement, and transit
infrastructure.
Doha
Lusail
Al Dhakira
Dukhan
Proposed Doha Met
A
Doha
Lusail
Al Dhakira
Dukhan
Proposed Doha Met
B
Doha
Lusail
Al Dhakira
Dukhan
Proposed Doha Met
C
Transit Hub01
Transit hubs are located at the intersections of Linear Oasis and existing transit infrastructure, and the proposed GCC railway.
Linear Oasis is paired with an open air market in locations where the wall is an urban growth
barrier. Fresh produce from the Oasis is transported
here for sale.
Where Linear Oasis crosses water and other difficult terrain, it
serves as a springboard onto which new transit or power infrastructure
can be attached.
Market02
Bridge03
Doha
Al Wakra
Umm Said
Lusail
Al Dhakira
Al Ruwais
Dukhan
Projected Area of Urban Growth
Proposed GCC Railway
Proposed Doha Metro
01
02
03
61
05:
SCEN
E 2:
LIN
EAR
OASI
S
Linear Oasis Phasing
Construction of the wall seeds the development of a new, liveable territory Northwest of Doha, Qatar. Irrigation and transit infrastructure ensure liveability while the wall itself defines an
urban growth boundary.62
Transit & Infrastructure+15 years Settlement
+25 years
Agriculture+5 years
Construction+1 year
+0 YearsConstruction
+5 YearsAgriculture
+10 YearsTransit
+15 YearsSettlement
62
05: SCENES AND SPECULATIONS: FUTURE CITIES
Systems
Linear Oasis employs a system of water-collecting surfaces to harvest ambient moisture in the air, and directs the collected
water towards irrigation for agriculture and flora.
63
750mm
500mm
250mm
875mm
9-01x1:1
= e
lac
S
Water-collectingHydrophobic Panel
Panel-FrameConnection
Panel AggregationFloral Irrigation
63
Details
The panels aggregate to form a water collection surface that feeds an agricultural irrigation system.
Water-collectingHydrophobic Panel
Panel AggregationCorner Detail
Corner DetailSurface Panel Aggregation
05:
SCEN
E 2:
LIN
EAR
OASI
S
Tubular-steel Frame
Drought-resistant Planting
Water-collecting Panelized Surface
64
05: SCENES AND SPECULATIONS: FUTURE CITIES
65
Rig-Tower: Doha, Qatar
The Rig-Tower becomes a new addition to the Doha skyline, constructed at blazing speedeven by Gulf standardsand at a lower cost than
any structure of its size.
65
05:
SCEN
E 3:
PET
RO-F
IT
66
Program
Rig Storage Refinery Pipeline
Agriculture
Amusement
Commute Reversal
Construction
Education
Mall
Skyscraper
Infrastructure
Petro-fit Matrix
Infrastructural possibilities are paired with programmatic opportunities as a first step toward imagining architectural futures
for a Post-Oil Gulf.
66
05: SCENES AND SPECULATIONS: FUTURE CITIES
Rig Tower: Module + Assemblage
Platforms in the Gulf are designed to drill in relatively shallow waters, and to be self-propelled. Each of the rigs three pylons is retractable, allowing for the platform to move itself to a new
drilling location as needed.
0 m
500 m
1000 m
1500 m
Empire StateBuilding
Sears Tower Burj Khalifa Rig Tower
There are 120 offshore rigs in the Gulf.Together they measure 307,006 m2 (3,304,582 ft2) in area.
67
05:
SCEN
E 3:
PET
RO-F
IT
Rig Tower Detail
The High-Rise of Homes becomes reality in the Gulf as oil derricks are repurposed for a novel residential development project.
68
06: THEATRE FOR A NEW AUDIENCE
SECTION (THEATRE-MACHINE)
69
06 THEATRE FOR A NEW AUDIENCE
Architecture + Drama Collaborative Studioin cooperation with Theatre for a New Audience, New York
Carnegie Mellon University, Pittsburgh, PA. TFANA, New York, NYProfessors Hal Hayes, Dick Block, and Peter Cooke, OAM
Fall 2012
I can take any empty space and call it a bare stage.
A man walks across an empty space whilst someone else
is watching him, and this is all that is needed for
an act of theatre to be engaged.
Peter Brook
The organizational diagram of the archetypal theatre building reserves the performance chamber as the sole intersection of public & private, theatre & patron, reality & illusion. The Theatre for a New Audience proposes an alternative diagram that instigates moments of synchronistic programmatic cross-pollination by rearranging the theatres constituent programmatic components according to hyper-
rationalized adjacencies and functional efficiencies.
70
06: THEATRE FOR A NEW AUDIENCE
Lobby & Roof Performance Garden
Interspatial relationships are established through curated visual and surface continuities. Spaces unfold one into the next.
7171
06:
THEA
TRE
FOR
A NE
W AU
DIEN
CE
Orchestra Level Plan
The raised lobby volume consolidates the theatres social functions onto a single horizontal plane.
72
1 Cafe2 Lobby3 Patrons Lounge4 Production5 Technical6 Terrace / Garden7 Forecourt & Performance Space8 Auditorium (Thrust)
1
2
3
4
4
5
6
7
8
72
06: THEATRE FOR A NEW AUDIENCE
Performance Chamber
The performance chamber gathers an audience of 299 into an intimately scaled space. No seat is more than 30 from the center of the stage.
73
Performance Garden
Tension Grid / Production Space
Performance Chamber
N/S Corridor
Back of House
Transverse Section
The performance chamber is flanked on one
side by a corridor that enables free circulation while carefully preserving
public-private relationships. Space required above the chamber for technical needs sympathetically accommodates the
depth of the planted roof terrace.
73
06:
THEA
TRE
FOR
A NE
W AU
DIEN
CE
Program Scheme
Programmatic juxtapositions drive the architectures formal-spatial manifestation. Functions often religiously separated are brought
into contact, creating charged and dynamic zones of activity.
74
Composite
Public
Production
Performers
Performance Garden
Tension Grid / Production Space
Performance Chamber
N/S Corridor
Back of House
74
06: THEATRE FOR A NEW AUDIENCE
In Context
The Theatre for a New Audience will be flanked by new, massive
residential towers in coming years, meanwhile it is a dynamic presence on Flatbush Avenue.
75
06:
THEA
TRE
FOR
A NE
W AU
DIEN
CE
Plan +015
Plan +034
Plan +056
Plan +096(Roof)
Performance Garden
Atrium
Upper Balcony Seating
Conference Room
Offices
Outdoor PerformanceTechnical Gallery
Outdoor Performance
Cafe
Production
Tickets
Lobby
Lobby
Technical
Terrace / Garden
76
07: AL WAKRAH VILLAGE HOUSINGSITE PLAN
77
07 AL WAKRAH VILLAGE HOUSING
Gulf Urbanism + Architecture Design Studioin collaboration with Qatar Museum Authority
Carnegie Mellon University in Qatar, Doha, QRProfessors Rami el Samahy, Kelly Hutzell.
Spring 2012
A proposal for the integration of new housing above the Emirs reconstructed historical village in Al Wakrah, Qatar.
The existing architectural condition on site speaks to the villages historical social dynamics. The urban fabric is defined by the organic
aggregation of inwardly focused courtyard units. As a result, the village is an archipelago of introverted courtyard houses within an intricate network of circulation and social spaces, the sikka.
The proposal seeks to subvert this urban paradigm by introducing a second layer urbanism to the site. The integration of new housing above the villages historic fabric allows for gradations of public and private space to occur vertically, liberating the ground plane
as a continuous network of public spaces.
78
07: AL WAKRAH VILLAGE HOUSING
Site
The existing architectural condition is considered a material landscape that the project may augment and exploit. The new intervention generates a mat-urbanism that opens the possibility for new modes of interaction between users and their environment.
AL WAKRAH VILLAGE HOUSING SECTION
0m 2m 4m 6m 8m 10mScale 1:100
Roof Terrace
Main Level
Ground Level
AL WAKRAH VILLAGE HOUSING CIRCULATION
Interstitial Space
Public
Private
Housing Units and Corridors
Communal Spaces
Ground Plan
AL WAKRAH VILLAGE HOUSING COURTYARDS
Existing Buildings
CirculationCommunity Courtyard
Public Space
Parti
Housing
Circulation
Communal Space
Existing Structures
Ground Plan
Community Courtyard GardenPublicCorridor
Apartment Semi-PrivateTerrace
79
AL WAKRAH VILLAGE HOUSING BIRDS EYE
07:
AL W
AKRA
H VI
LLAG
E HO
USIN
G
Housing
Al Wakrah's existing condition is the result of a decades-long accretion of units following ad hoc logics. The new housing proposal contributes to this complex system by adding yet another layer.
1-Bedroom 2-Bedroom
Efficiency Studio
80
07: AL WAKRAH VILLAGE HOUSING
Staff Housing Hotel Family HousingStudent Housing
Communities
The housing project is itself comprised of four smaller communities, each set in relation to a public space, and each stitched together
by the historical village below.
81
Terraces: Diagram + Model / Perspective
Public spaces of nested scales and varying degrees of privacy are integrated throughout. At the terrace level, above the housing units, a continuous roof-scape allows for neighborly interaction.
07:
AL W
AKRA
H VI
LLAG
E HO
USIN
G
Roof Terrace
Main Level
Ground Level
AL WAKRAH VILLAGE HOUSING CIRCULATION
Interstitial Space
Public
Private
Housing Units
Private Gardens
Roof Terraces
Roof Terraces
Public Ground
82
07: AL WAKRAH VILLAGE HOUSING
Tectonic Scheme
A system of pre-cast structural elements pairs with a modular shading system to ensure rapid expansion and a multitude of shading
possibilities.
83
07:
AL W
AKRA
H VI
LLAG
E HO
USIN
G
Project Assembly
The schemes structural module allows for a delicate integration of new architectural features with the historical context, while
maximizing architectural variety.
Shading
Ground Plan
AL WAKRAH VILLAGE HOUSING STRUCTURE
Housing units
Structure
Existing buildings
Shading Components
Prefabricated Units
Prefabricated Frame
Extant Structures
Extant Plan
84
08: FRICK ENVIRONMENTAL CENTER
ENTRY
85
08 FRICK ENVIRONMENTAL CENTER
Landscape + Architecture StudioCarnegie Mellon University, Pittsburgh, PA
Professors Christine Mondor, Jennifer GallagherFall 2011
At present, the south end of Frick Park is a tract of wetland under-utilized by the city of Pittsburgh and its inhabitants. Disconnected from the rest of the park by an expressway overpass,
the area has become a polluted landscape.
The project creates a series of programmed surfaces that provide a linkage between the more well-trafficked areas of Frick Park and
the forgotten portion to the south. The architecture augments the users access to, and understanding of, place by synthesizing spatial relationships between the architecture and its environs.
The environmental center is organized as a landscape transect. The architecture both responds to, and acts upon, the landscape along its length. The user is thus immersed in a dialogue that instills an appreciation of the ecological diversity inherent to the area. Educational spaces are dispersed along the buildings length, each focused on a specific ecological condition, and landscape space.
86
08: FRICK ENVIRONMENTAL CENTER
Plans
Building as transect: the environmental center extends itself across the site, instigating moments of dialogue with a range of
landscape ecologies.
87
08:
FRIC
K EN
VIRO
NMEN
TAL
CENT
ER
Perspective, Section
Architectures relationship to nature is interrogated in a number of spaces. Classrooms function as lenses onto specific landscape
ecologies, while courtyards envelop extant site features.
88
08: FRICK ENVIRONMENTAL CENTER
Skin Diagram / Perspective Section
The site is brought under, over, and through the center. The building's perforated copper screen functions as a trellis to
encourage flora growth.
Meadow Classroom
Forest Classroom
Wetlands Classroom
Nine Mile Run Classroom
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Tectonic Scheme
The Environmental Center's lithic tectonics are a blank surface to be colored and manipulated by the environmental context. The enclosure system mediates the 'hard' structure's relationship to
environment.
Green RoofNative groundcover + perennials
Green RoofBoard-form concrete hardscapeIpe wood deck
Concrete slab
Glazing
Structural Frame
Performative skinPerforated copper
Forest Classroom
Wetlands Classroom
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08: FRICK ENVIRONMENTAL CENTER
Planting / Greenhouse
A demonstration greenhouse is situated at the south end of the site. Workshops and public programs are conducted here.
pennisetumfountain grass
fraxinus nigrablack ash
gymnocladus dioicuskentucky coffeetree
platanus acerifolialondon plane
populus grandidentatabigtooth aspen
acer saccharumsugar maple
pennisetumfountain grass
fraxinus nigrablack ash
gymnocladus dioicuskentucky coffeetree
platanus acerifolialondon plane
populus grandidentatabigtooth aspen
acer saccharumsugar maple
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Acer saccharumSugar maple
Populus grandidentataBigtooth aspen
Gymnocladus dioicusKentucky coffeetree
Platanus acerifoliaLondon plane
Fraxinus nigraBlack ash
PennisetumFountain grass
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Site Diagrams
The site is read as a series of forces and contingencies that define
a diagram for the architectural
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Site ConditionsForward Ave
Nine Mile Run
I376 Overpass
Forest
Wetlands
Meadow
Pedestrian
Vehicular
Ecology
Park Boundaries
Use
Movement
Parti
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Section / Model
The building unfolds along a series of linear paths that cut through, over, and beneath the building.
Meadow Classroom Greenhouse Library Cafe
Forward Avenue
Nine Mile Run Stream
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Classroom
Each of the four classrooms functions as a lens focused onto a specific landscape zone and its attendant issues.
Lobby Meeting Room Art ParkNine Mile Run Creek
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09: SACO LAKE BATHS + SCHOOL FOR DANCECALDARIUM
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09 SACO LAKE BATHS + SCHOOL FOR DANCE
Material Tectonics Studio ProjectsCarnegie Mellon University, Pittsburgh, PA
Professors Jeremy Ficca and Tom PriceSpring 2011
PROJECT 1: SACO LAKE BATHSThe Bath project investigates the role of the building envelope as mediator between environment and spatial experience. The user encounters a series of spaces in which the relationships between
self, architecture, and exterior condition are transformed.
The hikers first impression of the spa is of an excavated monolith,
an outcropping of rock in the forested hillside. A long bridge provides a singular pathway between natural and constructed environment, reinforcing the architectures role as experiential mediator. Upon entering, the user moves downward through the building, confronting a series of spatial episodes within a concrete structure loosely-bound by a gabion envelope. The user finds the
lowest level inundated with water, a grotto space in which one is alternately isolated from, and exposed to the environment. A pair of light wells illuminate the baths while simultaneously inviting
the climate into the lowest depths of the building.
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09: SACO LAKE BATHS
Plans
A visit to the Baths involves a sequence of mediated experiences of the environment. Moving down the building towards the baths, the user's experience of their environment becomes increasingly
unmediated, visceral.
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Section / Corridor
Throughout, the gabion wall functions as a mediator between interior and exterior. A stone wall suddenly luminous, the gabions filter
sunlight into the complex.
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Entry Changing/LockersFrigidarium Caldarium
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Entry / Tepidarium
Upon entry an enormous aperture frames the user's view of the landscape beyond. In the tepid-bath, filtered sunlight reflects onto
cast-concrete walls hanging just above the surface of the water.
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Axonometric / Model
The building's tectonic scheme carefully separates two systems: the superstructure, and enclosure. All of the surfaces kinaesthetically engaged by the user are in cast concrete, while the gabion wall,
generator of visual affect, is always just out of reach
Gabion wall, steel-framed
Structural steel bridge
Site-cast concrete
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09: SCHOOL FOR DANCEURBAN SITUATION
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PROJECT 2: SCHOOL FOR DANCEThe project assembles a set of programs (too large for the site) in a vertical composition. A stable form contains a range of disparate programs, united by a zig-zagging circulation path that maximizes interaction between each. The architecture is rendered legible to the urban condition as the facade hides or reveals public and
private spaces.
The circulation element unites the schools three main functions (performance, education, and administration) by eliciting a different attitude toward each. The path circles around the performance space, allowing a range of perspectives. The circulation cuts diagonally through the school, creating a series of smaller spaces centered around a generous stair. At the highest level, the pathway brushes against the administrative area before letting onto a public roof terrace. Throughout the building, the integrity of the horizontal floor plate is interrogated as cuts and folds are introduced to
generate inter-spatial continuity and an architecture that prompts the engagement of the body.
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Models / Tectonic Strategy
The buildings composition is conceptualized as an interplay of four autonomous systems whose collision and cooperation yields the
architectures final form.
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Screen
Glazing
Structure
Concrete
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Plans
A serpentine circulation trajectory twists and unfolds through the building. Programs and vistas form a cinematic series of images
presented to the user.
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Screen
Glazing
Structure
Concrete
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administration
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Perspective Section
The generic slab is cut and torqued at each level, opening unexpected vistas between distinct levels and programs.
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Lobby Auditorium Flyloft
Gallery
Studios
Administration
Mixing Chamber
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Diagrams / Mixing Chamber
The collision of structure, circulation, and program create dynamic spaces between areas of activity.
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circulation
Circulation ProgramStructure
administration
school
performanceTheater
School
Administration
structure
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10: WHITE CUBE, GREEN MAZEINSTALLATION VIEWS
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10 WHITE CUBE, GREEN MAZE: NEW ART LANDSCAPES
Heinz Architectural CenterCarnegie Museum of Art
Curatorial Intern, Pittsburgh, PAMay-July 2011
White Cube, Green Maze: New Art Landscapes presents, in six case studies, the emergence of a new museum typology characterized by the synthesis of architecture, landscape design, and art in situ.
The show presented the Olympic Sculpture Park by Weiss+Manfredi, USA; Raketenstation by Raimund Abraham at Stiftung Insel-Hombroich, Germany; Jardin Botanico de Culiacan, by Taller de Operaciones Ambientales and Tatiana Bilbao, Brazil; the Grand Traiano Art Complex by Topotek 1, HHF Architects, and Johnston Marklee, Italy; and the Benesse Art Site Naoshima, with work by Tadao Ando and SANAA, Japan. In addition to models and original drawings, the exhibition showcased original photographs created by architectural
photographer Iwan Baan.
Curatorial Internship, with Raymund Ryan, Curator of Architecture, Carnegie Museum of Art, Pittsburgh, Pennsylvania. Provided design consultation and digital modeling expertise. The show travelled to
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BIOGRAPHY
Phillip Denny (b. 1991) is a designer working in architecture, graphics, research, writing, editing, and curating. He expects to graduate in May 2014 with a B.Arch degree from Carnegie Mellon University in Pittsburgh, PA. Since 2013 he has been the Chief Editor of interpunct, a student-led journal for architecture theory and discourse. Phillip has worked at over,under in Boston, MA, where he developed the Future Cities project on urbanism in the Gulf. He has also worked at Carnegie Museum of Art, where he assisted in curating the White Cube, Green Maze: New Art Landscapes, and Maya Lin exhibitions. Most recently, Phillip was a researcher at the Columbia Laboratory for Architectural Broadcasting where he researched, wrote, and designed Mechanization of the Office, for
Volume a quarterly magazine on architecture founded by Ole Bouman, Rem Koolhaas, and Mark Wigley.
Phillip is currently developing an architecture thesis, Campus, which interrogates the contemporary universitys architectural,
urban, and institutional form.
Phillip lives in Pittsburgh and New York City.