a materialisation of place
architecture design studio
james nicholas freijah, 537512
AIR
team 09, group 0304 daniel and kirilly
table of contents Part A: Case for Innovation Introduction Me and My Thoughts...011 My Virtual History...013 Architecture as Discourse Theory...014 A BIG Idea...017 Memorial Shame...019 Computation in Architecture Theory...021 Computing Tradition...023 Optimization...025 Parametric Style War Parametric Thought...026 Algorithmic Explorations Contour/Sectioning...028 Definition Development...029 Case for Innovation Conclusion...031 Learning Outcomes...031
Part B: Design Approach Design Focus Precedent Studies...How Sectioning Benefits Design...035 Sectioning for Society...037 Sectioning for Culture...039 Case study 1.0 Matrix of Progressional Iteration...040 Matrix Results...043 Speculate...043 Case study 2.0 Sectioning for Society...047 Sectioning for Culture...049 ‘Sectioning’ Technique Development...051 Virtual Prototypes...053 Physical Models...055 Proposal...057 Design Approach Conclusion...061 Learning Outcomes...061
Part C: Project Proposal Design Concept Material Explorations...064 The Premise...067 Definition Workflow Diagram...068 ‘A Materialisation of Place’...073 Tectonic Elements Construction Workflow Diagram...075 Technical Drawings...077 Final Model Conveying Design Intent...081 Evocative Images...089 Stop Motion Videos...091 Project Proposal Conclusion...093 Learning Outcomes...093
Bibliography Reference List...094 Image List...095
part a: case for innovation
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(i) Human Ignorance, (ii) Ignored Progression, (iii) A Topography of Deforestation, (iv) A Process of Accumulation, (v) Transitional Culture, (vi) Momentary Culture, (vii) Human Ingenuity: Achievement and Tragedy, (viii) The Catastrophe of an Accident. Folio produced from Visual Arts.
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me and my thoughts “The pencil and computer are, if left to their own devices, equally dumb and only as good as the person driving them.”1
- Norman Foster
Norman Foster suggests that the outcome of ‘good‘ design is derivative of the Architect’s level of conceptual input to drive pencil and computer devices. I similarly agree, and further argue this statement denotes the architects journal as the key tool for documenting the designers intuitive process of personal explorations and pragmatic workflow of research and analysis, to assist their expansion of knowledge within the contextual sphere of the project. The journal’s synthesis of interdisciplinary studies generates an informed expression of interest, formulating architectural concept and theory to drive the devices of design. My name is James Nicholas Freijah. I am a current third year Architecture Major within the Bachelor of Environments tertiary study program at Melbourne University. Prior to university, my only other experience within the space of design was during my secondary school elective subject, ‘Visual Arts.’ It was at this time that I developed a passion for the creative process and abstract expression/ communication of my ideas.
Norman Foster, ‘I Like Architecture: Quote #48.’ <http://www. ilikearchitecture.net/2013/01/quote-48-norman-foster/> Walter Groupius, ‘Architects and Architecture Quotes and Quotations.’ <http://famousquotesandauthors.com/topics/architects_and_ architecture_quotes.html> Accessed 29/03/2013
“Society needs a good image of itself. That is the job of the architect.”2
- Walter Gropius
The creative design process should be applied to positively impact modern society. This concept is what currently excites me to learn the practice of architecture, however by no means was this idea revolutionary in the early-mid 20th century when it was expressed by Walter Gropius. Historians argue the motif of propagating ideology through visual communication existed and has been widely practiced across disciplines, not just through architecture, over the course of history. The earliest architectural example that comes to my mind are Roman Triumphal Arches. Monuments symbolizing civic, moreover Roman power, these structures were further used by Roman Emperor’s to propagate their justification to rule. Comparing Roman Triumphal Arches and the Gateway Project, a parallel can be drawn between the similar building typology; a monument/marker of entry, loaded with preconceived propaganda. Although the Roman Arch implied control over society, the current concept of using architecture to inspire a social condition has changed to embody the propagation of ‘a good social image.’
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(ix), (x), (xi) and (xii) A select set of images from digital iterations to a montage of the final physical model
my virtual history My first and only other experience using digital tools to contribute to the design decision-making process, was during the Virtual Environments elective. Our assignment brief was to produce a life sized wearable lantern, inspired by some natural phenomenon. I chose to explore the process of metamorphosis. Through a process of abstraction, I moulded a basic shape synthesized from the metamorphic life cycle of a monarch butterfly. Utilizing a contouring method to computerize this form, I further manipulated the shape in Rhinoceros and prepared it for fabrication with the panelling tools plug-in. My results far exceeded any expectation I had at the beginning of semester. One aspect that seemed more impossible than most, was fabricating a 1:1 scale lantern. However, as I reflected at the conclusion of module 4, the relationship between digital model and digital process have the capacity to output tangible puzzle like pieces that made reconstituting the digital form into a physical model, a much easier process then once thought. This opened my eyes to the benefits of prefabrication. I similarly accepted that by using digital tools I was able to greatly further the intricacy and level of complexity in my design. Through this project I was beginning to understand the application and benefit of digital technologies, a rapidly evolving discourse at the forefront of architectural practice and design.
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In an initial exercise, within the first 20 minutes of our week one tutorial, we were asked to note down what we believed “the role of grasshopper and/or the digital design community encompassed in the modern design environment?” This exercise forced the formulation of individual thoughts and later a class discussion regarding the discourse of architecture as it is being shaped by the digital dialogue. Despite my surprise at being asked to qualify a somewhat uninformed opinion on the core concern underpinning the subject. I managed to construct my initial response derivative of the content presented in the first Design Studio Air lecture earlier that day and the theory/technical knowledge I developed from Virtual Environments. I wrote that “grasshopper as a design tool, moreover modeling through any digital aid, does have a place within the wider community of architecture and design.” I supported this statement by arguing that “...so long as these tools are used to best aid and facilitate the inception and communication of the design intent - concept and theory - the presence of digital technologies will forever have a dynamic impact on the discourse. My first hand experience using digital tools during Virtual Environments exposed the high control and efficiency, complex form and physical model generation capabilities provided by digital technology. Combining this existing knowledge, carried through into the subject, with digital modelling’s variability, real-time adaptability and fluidity (moreover parametric capabilities) suggested in the lecture, I synthesized an initial response that supported digital tools at the forefront of developing possibilities, creating new design vocabularies and new innovative architecture.
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architecture as Acknowledging the truism that built form has undergone a series of changes, documented throughout the progression of history, is fundamental to describing ‘Architecture as discourse.’ While both new and old forms come and go, the theoretical ideas underpinning those designs will forever remain. Thus innovation is relative to current standards and everything that has come before. The affect is a cycle of recycling building blocks, creating a dialogue between precedent, culture, politics and every day life to derive a new language that influences design. This build environment invokes a specific response3 from the social community and surrounding context, hence identifying why we as Architects need to actively contribute to the ideas driving change ‘for the best,’ in the discourse of Architecture.
3 and 4 Dutton, Thomas A. and Lian Hurst Mann, eds (1996). Reconstructing Architecture: Critical Discourses and Social Practices (Minneapolis: University of Minnesota Press), p. 1
“To make architecture is to map the world in some way, to intervene, to signify”4
- Thomas A. Dutton
In his quote, Dutton recognizes that design is a manipulative push, propagating ones subjective ideology to reshape the world as they see fit, and effect the discourse of architecture. Although traditional thinking recognizes the potential for built form to affect social change, the architectural output is more concerned with the aesthetics of built form.5 Within the current “rethinking” of architecture, one must upset these traditional modes of envisaging6 design, challenging the notion of innovation through architecture that plays in positively shaping society.
5 Leach, Neil, ed., (1997). Rethinking Architecture: A Reader in Cultural Theory (London: Routledge), p. xiii 6 Bjarke Ingels Group. (2009) Yes is More: An Archicomic on Architectural Evolution (China: Taschen), p. 87
discourse G Ateliers Architecture, a small Colombian firm with offices in Brooklyn-New York and Medellin-Colombia, engage the discourse of ‘Building for Social Change.’ In many respects, the design outcome of their Fernando Botero Library Park project reflects being inspired by the Parthenon of Ancient Greece; rectilinear in form, the building is sited atop the acropolis of San Cristóbal offering society a “cool and urbane”6 image in a landscape dotted by informal brick construction. In addition to symbolizing a stronger, futureoriented urban image for society, the Library Park offers a “community center for the underserved.”7 Designed through a process of community involvement, the founding architect Orlando Garcia indicates that the “desires and dreams [of the people] are reflected in this building.”8 Garcia similarly recognized that as part of understanding the sites context, they needed to work within the reality of their means. Constrained by time, budget, and the local workforce’s ability, the design utilizes cheap and locally sourced materials to propagate an achievable idealized future in the best interest of the existing community. The architecture communicates a dignity and respect for knowledge and society, “embedding itself into the collective memory of the village,”9 forever contributing to San Cristóbal’s architectural discourse.
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Architectural Record. ‘Building for Social Change: Fernando Botero Library Park.’ <http://archrecord.construction.com/ features/humanitariandesign/Latin-America/Fernando-BoteroLibrary-Park.asp>
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In retrospect, ‘change’ in today’s architectural discourse is strongly driven by digital tools. Through employing a computational process, the designer is more capable then ever before to engage in continuous evaluation and iteration, combining new and old ideas as building blocks in an algorithmic framework that encompasses a more holistic architectural discussion. The issue that arises is discerning whether or not the subjectivity of the design intent is in fact fore leading society into the best possible future or fore personal gain by those driving change. ‘Innovation in the best interest for whom?’ is a fundamental concern in the debate regarding finding a new ‘style’ for current society.
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(xiii), (xiv), (xv) and (xvi) <http://archrecord.construction.com/ features/humanitarianDesign/Latin-America/Fernando-BoteroLibrary-Park-slideshow.asp>
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(xvii)<http://www.architetturaecosostenibile.it/images/stories/2011/Dwelling-Mountain-giardini-pensili-c.jpg> (xviii) <http://ad009cdnb.archdaily.net/wp-content/uploads/2009/02/2478270_big-03-528x351.jpg>
a big idea “A mountain of residences on top of a cathedral of car culture.”10
- Bjarke Ingels
Symbolically titled, ‘The Mountain’ contributes to the architectural discourse of Denmark, moreover the world through redefining the concept of a vertical suburbia. Denmark’s topography is flat and the urban fabric of Copenhagen is measurable using square perimeter blocks. When the planning sketches for the new district of Orestad were released and they consisted of a master plan populated by square perimeter blocks, BIG Architects were not content to continue the trend of fitting every program, regardless of scale or activity, within the same mould11 of a traditional modern skyscraper. In order to meet Orestad’s political agenda, to create an integrated city, BIG’s contribution was to create an ‘Orestad biopsy’ where the programmatic mix of the living and working, public and commercial would integrate freely, like a city itself. The approach taken by BIG Architects indicates their will to create social change through actively engaging with the discourse of Scandinavian architecture. When the client asked for two separate buildings, a condominium and parking structure, BIG approached the design through a programmatic symbiosis. The parking structure became a podium for living as the housing grew above. The result was apartments transformed into courtyard houses offering large gardens
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Bjarke Ingels Group. (2009), p. 84-87
and generous views, a holistic design rather than the erection of a standard apartment slab next to a parking block. Contextually, it seems the neighboring suburb crosses the canal overflowing the parking block all the way from the ground producing a stepped hillside of private backyards on the south side facing the sun. This offers an urban, high density living space with suburban qualities, dramatically improving social living standards and the discourse of residential architecture and design. The north facade, facing the city, engages in the digital discourse of architecture. In order to create a naturally ventilated parking space, a perforated facade is required to allow air to pass while keeping snow and rain out. In keeping to the projects mountainous theme, digital technology was used to map and perforate the image of the Mount Everest massif onto the north facade. This created a sharp image of the Himalayas from outside and an organic pattern from within. The Danish Poet Soren Ulrik Thomsen contributed to the architectural discourse of Copenhagen, when he criticized the inner city as being suburban in his essay, “Copenhagen the suburban neighbourhood in upright position.” The Mountain’s suburban living lifestyle and mountainous high-rise embodiment, combined with Copenhagen’s flat urban fabric, becomes a literal embodiment of that unintended metaphor.12
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(xix) and (xxi) Personal Photographs from WTC Memorial Park (xx) <http://www.e-architect.co.uk/images/jpgs/new_york/wtc_midtown_dbox.jpg> 13 New York Observer, ‘We Remember. We Rebuild. We Come Back Stranger!’ <http://observer.com/2012/06/we-remember-we-rebuild-wecome-back-stronger-obama-visits-the-world-trade-center-pics/> 14 NBC News, ‘Freedom Tower is out, World Trade Center is in.’ <http://www.nbcnews.com/id/29913195/#.UVVtgVdc4xE>
memorial shame ‘We Remember. We Rebuild. We Come Back Stronger!’13
- Barack Obama
The World Trade Center Memorial and Freedom Tower was project that demanded a high level of public interest. The original Twin Towers were a symbol of American architectural culture and economic leadership, therefor this rebuilding needed to re-establish and propagate these lost values. Furthermore, the design needed to embody the emotional constituent, memorializing the act of terror that caused loss and hardship to befall the American people and in time, other nations of the world. Political debate regarding the outcome of design for the New York City site, had major implications on the Architecture that was produced by Daniel Libenkind and his team. The perceived danger of future terrorist attacks meant that political action imposed additional constraints on design creativity and forced the inclusion of a number of safety features in preparation for any future incident. Even the name of the pinnacle tower needed to be changed from the “Freedom Tower” to “One World Trade Center” as it was seen as a liability for future terrorist attacks.14 Public interest contributed to querying whether or not the design should have proceeded to be something innovative, driving architectural discourse, or remain constrained within a traditional
linage of the ‘skyscraper,’ architectural style. The freedom tower is not limited to the discourse of symbolism, formality, political drivers or aesthetics. However it is was designed in recognition of the necessity for function, incorporating the above, and significantly motivated by the discourse of sustainable architecture. In the optimistic spirit of rebuilding, the design further engages urban discourse. The project provides a connective tissue in dense downtown New York, creating a new urban center and reclaiming former program area. Libenkind contributes retail, commercial and office space, cultural amenities, residential units and open parkland to the surrounding urban fabric.15 The discourse surrounding this memorial did not remain subject to architecture. The act of terror itself that occurred on September 11, lit the fuse ‘justifying’ an arguably unrelated war. Paul Krugman asserts that the “memory of 9/11 has been irrevocably poisoned,”16 when the atrocity of the act should have been a unifying event, the result was a course of action leading to a war fought under the premise of ‘terror’ but actually for US claims over oil. The war is perceived to have hijacked the atrocity, casting a shroud of shame over the commemorations. As a result, this has detracted from the significance of the memorial existing to honour and remember those impacted by the September 11 terrorist attacks.
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Morphopedia, ‘World Trade Centre Design Proposal.’<http://morphopedia.com/projects/world-trade-center-design-proposal> The New York Times, ‘The Years of Shame.’ <http://krugman.blogs. nytimes.com/2011/09/11/the-years-of-shame/> 16
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“Computation is redefining the practice of Architecture”17
17, 19 and 20 Architectural Design, ‘Computation Works: The Building of Algorithmic Thought.’ March/April 2013, Vol. 83:2.
computation in architecture Gregory Lynn18 in his TED presentation on calculus in architecture (2005), creates an argument that generalizes architecture as being modeled off of nature as it was perceived and measured by the technologies available at the time. Lynn states today’s model of natural form, is one that is calculus based, whereby we should use digital tools to formulate our visual expressions. Lynn argues that by combining natures embodiment of optimized form through evolutionary natural selection, and the continually developing depth and breadth of digital technologies to analyze and visually reproduce these phonomania, the outcome supports the idea that digital tools generate a new architectural language.
drawing board to assist with project refinement and communication is now a common practice within the architectural sphere, defined as applying digital tools for computerization. Leading software such as Graphisoft’s ArchiCAD and/or Autodesk’s AutoCAD and Revit facilitate the process of digitizing analogue work. On another level computerization is not just representational however inspires innovation when preconceived ideas through ‘sketch’ or ‘physical model’ can only be rationally realized through digital media. One such practice is Gehry Technologies, pushing new boundaries with their highly conceptual ideas. Computation in architectural practice is however where the designer generates and explores architectural spaces and concepts within a programmed environment. Through a process of writing and modifying a/ successive series of algorithm(s), the designer is able to reference element placement, configuration, relationships and any other necessary design constraints, to generate a parametric solution.21
Reflecting on my knowledge up to this point, my initial response that defined digital tools as a medium for assisting the formulization and communication of design ideas, was not by any means incorrect. However in retrospect, the statement barely scratches the surface in the discourse surrounding computerization and computation in architecture. Through engaging in course content I would now define the role of digital tools in design as being best viewed along a continuum. At one end of the spectrum, ‘computerization’ refers to applying digital tools for the digitization of preconceived design ideas19 recorded using analogue mediums into computer representations, while at the other end ‘computation’ refers to the digital synthesis of design ideas where program and site-specific context are incorporated at later stages of the design/decision-making process.20 Envisaging the computer as a designers virtual
Technological developments, in the field of computer-aided design, moderate the standard of digital tools used in an architectural practice. This statement infers that the discourse surrounding innovative design derivative of digital tools in architecture is forever linked to technology’s offerings; A source of consistent innovation or avenue of recurring limitations? Designers of the modern practice investing in methods at the computation end of the digital tool spectrum are considered to be cutting-edge, pushing boundaries in the discourse of delivering the next major ‘style.’
A recurring concern evident from class discussion, is that our designs this semester would be limited by our ability or inability to use the Grasshopper or other select digital tools to their full potential. This concern is consistent within the digital design community, that the designer is limited by their human skill level and/or the limitations existing in the program itself. Another cause for concern is that the process of digital design, again through parametric modeling programs such as Rhino and Grasshopper, are sometime extensively ‘form’ centric. As a result, a holistic architectural approach where structure, flow, function and form is generated from the program defined by the brief, is being substituted by shifting focus to developing a form generative of a figurative, award winning, highly conceptual idea(s). In these cases, the structure and program of the design come secondary to the form and subject to its boundaries and aesthetic maintenance. I personally find that in any process of design, preference is given to one or more aspects over others. This leaves the remaining architectural elements to be worked in around their footprints. The process of defining ‘what is’ and ‘what is not’ more important is highly subjective, indicating a pluralism of thought and process in design. Computation, driven by the architect or the computer is an aspect of design that is significantly contributing to the discourse of architecture.
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TED Ideas Worth Spreading. ‘Greg Lynn on Calculus in Architecture.’ <http://www.ted.com/talks/greg_lynn_on_organic_design.html> 21 Woodbury, Robert (2010). Elements of Parametric Design (London: Routledge) pp. 7-48
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<http://www.archdaily.com/42694/aqua-tower-studio-gang-architects/> (xxii) <http://static.worldarchitecturenews.com/news_images/1918_5_Aqua5.jpg> (xxiii) <http://www.archdaily.com/42694/aqua-tower-studio-gang-architects/> (xxiv) <http://www.designboom.com/cms/images/ridhika09/aqua05.jpg> (xxv)
computing tradition
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Since the great fire of 1871, Chicago’s Architectural practice has significantly contributed to the discourse of architecture. The fire effectively left a tabula rasa from which Chicago could be rebuild, combining turn of the century industrial technology innovation and the economically driven ideology developing at this time to produce the best possible architectural typology to suite. The Chicago skyline has since become a “timeline of skyscraper history.”22 From Henry Hobson Richardson’s Marshall Field Wholesale Store of 1885, derivative of the early skyscraper consisting of characteristic steel structural frame clad in masonry material, to the Art Nouveau of Louis Sullivan, ever famous international style of Mies Van de Rohe and so many more, Chicago has been home to the rise of the 20th century modern skyscraper. Studio Gang did not want it to stop there, as their new Aqua Tower is to become a highlight of the 21st century on this timeline of skyscraper of history. Aqua Tower brings to Chicago the latest in digital technologies to define a sculptural condition that goes beyond its inspired striated limestone outcropping common to Chicago’s Great Lake. The formal gesture presented by the sinuous shape has been optimized to employ a strategy of extending individual apartment views and to maximize solar shading.23 Imbedded within a parametric model is the ability to qualify these constraints as parameters of design and act on achieving their optimization through a coordinated process of change.
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22, 23 and 25 Arch Daily. ‘Aqua Tower / Studio Gang Architects.’ <http:// www.archdaily.com/42694/aqua-tower-studio-gang-architects/> 24 Architectural Design, ‘Computation Works: The Building of Algorithmic Thought.’ March/April 2013, Vol. 83:2
Applied to this subject, computation through the generative modeling tool ‘GECO’ could be used to provide environmental feedback regarding solar shading. GECO creates essential live linkages between 3D modelling software and analytical platforms providing the “opportunity to restructure conceptual design” to its optimized form or for a desired effect.24 Studio Gang have further interacted with the discourse of Chicago architecture by choosing to constrain their design to Mies legacy of a rational structure.25 Although Gang have approached this design with the preconceived idea of generating a form based off of a natural phenomenon and employ a rationalized structure, I would consider their design process to be situated further towards the computational end of the spectrum. They have used digital tools in this case to inform and generate optimal form/ horizontal partition profiles to satisfy secondary constraints and drive the architectural decision making process. These are strong indicators of areas known to benefit design using computational tools. Structural rationalization is one field of research my group has expressed interest in exploring. Another, strongly related to the compositional outcome of Aqua Tower, is sectioning. Through a process of creating views and maximizing solar shading, Studio gang devised the optimal sinuous shape for each section. For the gateway project, it will be the job of my team to devise our own theoretical underpinning from which to drive the optimal sinuous shape, sectionally represented, if this is the path we choose to pursue.
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(xxvi), (xxvii), (xxviii), (xxix) and (xxx)<http://www.archivenue.com/ voussoir-cloud-by-iwamotoscott-with-buro-happold/>
optimization
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The San Fransisco-based architects Lisa Iwamoto and Craig Scott practice an interdisciplinary process of designing. “Committed to pursuing architecture as a form of applied design research,”22 the ‘Voussoir Cloud’ is an installation exploring form generation through the performance characteristic of folded wood laminate along curved seams. Engaging with the context for which the installation has been designed, Southern California Institute of Architecture gallery in Los Angeles, the final product is a site specific landscape of vaulted form generated by the tesselation of three dimensional petals. In order for studio IwamotoScott to have achieved this complexity in the overall tessellated form of individual petal with slightly different geometries, “a computational script was developed to calculate the curvature of each piece.”23 The performance of these individual pieces have been reconstituted to act as ‘voussoirs,’ designed to explore the structural idea of pure compression. Originally expressed by Antonio Gaudi who used hanging chain models and inverted the pure tension they represented to realize Sagrada Familia in complete compression, IwamotoScott use “computational hanging chain models to refine and adjust the profile lines as pure catenaries and form finding programs to determine the purely compressive vault shape.”24 In order for the installation to maintain structural compression every component relies on each other, furthermore the encompass-
ing vaulted forms rely on the three walls of the installation space to maintain the entire structure’s pure form. The structural and material strategy of coupling pure compression and ultra-light material is an attempt to conflict normative architectural reading, confounding structural logics and only possible through the optimization of forms generated by computation. Optimization; whether it be of form, structure, material performance or overall performance of the design intent within its intended context, is a design constraint that has significantly contributed to the architectural outcome of the ‘Voussoir Cloud’ project. Through the use of digital tools IwamotoScott have rationalized the form of each ‘voussoirs’ into a harmonic curvature working structurally in pure compression. Optimization is benefitted by computation and in this case facilitates tesselation in this project. This is a research field my team has expressed cause for pursuing as our area of interest defining our approach towards the ‘Gateway Design Project.’ IwamotoScott architects further embody this growing concept of interdisciplinary research in architecture. By this they refer to acquiring knowledge on necessary topics from the experts in that field. This is to further inform the design decision making process, creating the best possible solution. Taking an interdisciplinary approach is far more costly and time consuming, although benefiting the accuracy and complexity of design outcomes.
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’Voussoir Cloud’ by IwamomoScott with Buro Happold. <http://www.archivenue.com/voussoir-cloud-by-iwamotoscott-withburo-happold/>
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parametric thought The discourse of documenting innovation in architectural history denotes the use of ‘style’ to quantify the classification of specific design characteristics and the architectural expressions of such pioneers. Historical records indicate political, social and economic motivators, the ‘Zeitgeist’ or ‘spirit of the time,’ as facilitating this necessity for innovation. It is commonly asserted that the continuous adaptation of design ideas are only ever publicly observed and recognized, outside of architectural circles, by the ‘style’ of design they embody.25 In our current era, perceived to be transitional and lacking any universally homogenous ideas, architectural design finds itself without a dedicated ‘style’ causing critics to render any use of the term as ambiguous without direction or meaning and incapable of symbolizing current design innovation. The dialogue in search of innovation for an elusive new ‘style,’ is argued to have been found in ‘Parametricism.’ The contention of this article is to engage in this discussion of ‘style’ and incorporate my own expression of interest proposal in arguing for what might come next.
Adam N. Mayer, ’Style and the Pretense of Parametric Architecture’. June 1, 2010. < http://app.lms.unimelb.edu.au/bbcswebdav/ pid-3815829-dt-content-rid-11839005_2/courses/ABPL30048_2013_ SM1/ABPL30048_2013_SM1_ImportedContent_20130121032620/ Adam%20Nathaniel%20Mayer_%20Style%20and%20the%20Pretense%20of%20%27Parametric%27%20Architecture.pdf> 25
Parametric modeling is defined by a “set of equations that express a set of quantities as explicit functions of a number of independent variables, known as ‘parameters.’”26 A parametric entity is a computer generated design derived from a ‘set of rules that precisely define a sequence of operations’ (an algorithm) which have the capacity to integrate additional constrains, definable within the algorithm, and have the active ability to relate and change the resultant output in a coordinated way.27 Thus the process of designing becomes very fluid and efficient, needing just minor alterations to the parameters within the definition to coordinate a generative output. An issue which arises is that Algorithms dictate an explicit process, an informational data flow that is strictly followed no matter what the implications might be on other parameters. Therefore it is arguable that to be an effective parametric designer, you need to first understand the relationships that govern what the output might look like or its implications on other design constraints. Ensuring that a continuous process of feedback and evaluation can be intuitively engaged throughout the design decision making process. On the other hand, when design is generative of computation that is not explicitly controlled by the designer but rather a non-specific form finding process, the output is not architecture in my opinion. Unfortunately, parametric design can often be classed and advocate a computer generative form finding process. Therefore I argue that digital tools are more informative within the design decision making process when used to aid the expression and elaboration of somewhat preconceived ideas.
The Architects Journal, ‘Patrik Schumacher on Parametricism: Let the Style Wars Begin.’ May 6 2010. <http://www.architectsjournal.co.uk/the-critics/patrik-schumacher-on-parametricismlet-the-style-wars-begin/5217211.article> 26, 28 and 29
Patrik Schumacher on the other hand, first communicated his argument advocating the rise of Parametricism as the next mainstream architectural ‘style’ in his Parametricist Manifesto of 2008. Schumacher similarly recognizes ‘style’ as a powerful asset for communicating architecture to society, however concurrently acknowledges that the concept of ‘style’ had lost traction and creditability within architectural discourse because of the tendency to simply regard ‘style’ as a matter of appearance or short-lived fashion.28 Schumacher see ‘style’ as denoting “unity of difference between architectural epochs;”17 indicating paradigm shifts in architectural thinking and their subsequent cycling of design innovation.
driving force of current innovation and although Schumacher sees Parametricism as a ‘sustainable’ option, I believe he is referring to the longevity of the style not its environmental implications. An example which does use digital tools to develop a parametric solution to aid the development of buildings ‘environmental system design,’ is RMIT’s Design Hub. This building has an outer-skin that is parametric in composition while integrating automatic shading and photovoltaic cell technology to improve the buildings internal conditions and reduce running costs.30 As per this discussion, RMIT’s Design Hub does legitimise parametric design as a successful tool for innovation, however does this justify ‘Parametricism’ as the next big thing? As disclosed earlier, under the subtopic heading ‘Computing Tradition’ on page 16, the parametric plug-in GECO is a digital tool that can be used to incorporate environmental modifiers into the design decision making process. I have already expressed interest in engaging GECO as a design tool to further our overall final outcome constrained by environmental modifiers. Parametric modeling has the capacity to engage the inclusion of new constraints, generating an immediate coordinated response, a benefit that allows new parameters to be incorporated at any point of the digital phase.
“parametricism offers a credible, sustainable answer to the crisis of modernism that resulted in 25 years of stylistic searching”29 Schumacher radiates an affiliation with the current avant garde within architectural society. In reaction against the former prominent architectural ‘style’ of Modernism, this group advocates Parametricism as the next ‘mature style’ to drive architectural innovation. I also agree that digital tools are an immense source of innovation in design, similar to what were new concepts developed by modernists relative to an era of revivalism and socialist movements proceeding. However does this innovation justify Parametricism as becoming a ‘style’ in itself. Not only was modernism a reaction to prior architectural ideology, but the Zeitgeist was motivated by the industrial revolution forcing technological development and architectural innovation to be driven by the machine. One might suggest that Global Warming could be the
all of history. BIG suggests that the next ‘style’ should evolve from our current spirit of the time; adapting, maintaining and/or removing design characteristics through a process of natural selection32 to create a new and efficient style. BIG uses Parametricism as a design tool to aid the creation of their ‘evolutionary’ concept while Schumacher sees parametric design as the case for innovation. I have often defined Architecture as a continuous feedback loop, evaluating a problem to synthesize an innovative design solution. BIG suggests we improve the existing body of knowledge, through a process very similar to a feedback loop, by allowing natural selection to circulate the best possible design solutions while filtering out the bad. Parametricism is simply the output of a computational process employable to facilitating the feedback process, digitally defining and altering design constraints to create a grand breadth of innovation. Digital design tools are best conceived as parametric problem solving tools, contributing to the discourse of ‘style’ through design ideologies derivative of the zeitgeist maintaining humility, not the avant garde Parametricism suggested by Schumacher.
I would like to bring BIG Architects into this discussion because from a previous example I have indicated that they also experiments with digital tools in their practice. BIG’s contribution to the discourse of style comes from their motto “evolution not revolution.”31 This concept is opposed to the avant garde’s approach of finding innovation by reacting against
Woodbury, Robert (2010). Elements of Parametric Design (London: Routledge) p. 11 Sean Godsell Architects, ‘RMIT Design HUB’ <http://www.seangodsell.com/rmit-design-hub> 31 and 32 Bjarke Ingels Group. (2009), p. 12-15 27
30
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contour/sectioning wk02-03 grasshopper exercise
This is an example of using grasshopper to ‘contour’ a complex, free flowing form. Creating a NURBS surface from lofting a series of curves created in Rhinoceros, entered into the Grasshopper definition through the ‘Brep’ node. Following the definition above, the next step was to repeatedly offset a curve referenced into grasshopper through the ‘curve’ node. Then extrude all offset curves up, inter-
028
secting the “Brep” surface. The final node commanded grasshopper to identify all surface intersections, splitting and exploding them into individual surfaces. In order to view the final contoured model of the original surface, I baked the final node in the grasshopper definition and manually removed the unnecessary extruded surfaces to uncover the contoured outcome. This grasshopper definition effectively generates a contoured surface
representation of a form referenced form Rhinoceros using the ‘brep component. It will be interesting to see in the coming weeks how this process is furthered by preparing the result for fabrication. This method of sectioning would only be effective if a malleable material was desired in the final product. In a traditional case of sectioning, requiring straight sections, this definition can be slightly changed to offset a straight curve rather than a circle.
definition development wk04-05 grasshopper exercise This is an example of using grasshopper to create fields that drive curve attraction and form. In this example, a field is created that focus a set number of curves towards a set number of points, while evenly spacing those curves back outwards. The curve-ends directed towards the point have been offset a specific circular amount and the whole field itself is created from four curves placed in Rhinoceros. In this example I have elaborated upon a base
definition. The first iteration adds an additional rotational field, causing the curves to rotate. The second iteration experiments with modeling the form in 3D. By incorporating a graph mapping node, the designer can control the profile of the 3D curve. If my site investigations uncover a significant network of lines or we develop a curve pattern, I would be excited to apply this definition. I similarly feel this definition has strong structural implications.
base definition
first iteration
second iteration
029
“As an architect you design for the present, with an awareness of the past, for a future which is essentially unknown.”33
- Norman Foster
Norman Foster, ‘I Like Architecture: Quote #18.’ <http://www. ilikearchitecture.net/2012/07/quote-17-norman-foster/>
33
conclusion
Architecture is the product of embedding ones concepts and thoughts, the surrounding context and global happenings, both current and past to synthesize an outcome for a design solution. Expressing a notion of context, history and ones directional ideology, products of design have the capacity to affect social change, marking an epoch in the timeline of history. As a design group submitting a proposal to the Western Gateway Design Project, we acknowledge Wyndham as a fast growing municipality in Victoria and endeavour to represent this change through the application of digital technologies to aid our design decision making process. Developing a computational feedback process consisting of and continuously evaluating all relevant parameters, the design solutions parametric characteristics will enable control and efficient, coordinated change. The knowledge gained through engaging an interdisciplinary study of key constraints, will provide a solid understanding of the characteristics defining these parameters of design. This will inform greater accuracy to digitally represent the parameters performance characteristics - impacting other parameters and being acted on in a node based algorithm. Using Grasshopper in this project, will enable design optimization and hence innovation within our specialized area of interest. Digital tools will further assist Wyndham as ‘building for social change’ by symbolizing a progressive culture designing the city of tomorrow.
learning outcomes
During research and development for Part A. EOI: Case For Innovation, I have gained much insight into the debate regarding the direction of the discourse within architecture. The current argument is focused on what role digital tools are perceived to play in architecture moving forward. The question that had developed is whether or not computations impact is strong enough that we dedicate its contribution to architectural innovations as Parametricism - a ‘style’ in itself to define architecture of the early 21st century. I have learnt that digital tools are used to define explicit sets of instructions, driving form generation based on the parameters incased within the algorithm. Parametrically composed, the result is a live composition of content, enabling efficient iteration and coordinated feedback between new and existing constrains as they are intuitively incorporated or removed by the designer. Through experimentation, I have realized that the designer is formally limited to their knowledge of the digital aid. Furthermore, the complex form output is rather generative of the digital tools and not the optimization of ideas and performance of concepts brought into the digital realm for computational evaluation by the designer. I am excited to apply my design knowledge and developing computational skills in a problem solving approach to the Gateway Project and develop a creative, complex and overall innovative design solution.
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â&#x20AC;&#x153;The installation will enhance the physical environment through the introduction of a visual arts component. It will have longevity in its appeal, encouraging ongoing interest in the Western Interchange by encouraging further reflection about the installation beyond a first glance.â&#x20AC;?34
34 Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011). Page 4
part b: design approach
precedent studies... Visual Perception
Motion
View Point Control
The individual unit of a sectioned form becomes an expression within a homogenous whole. This allows a 3 dimensional sinuous form to be constructed from planar 2 dimensional planes.
The attributes of ‘movement, dynamism and change’, creating a sense of ‘motion in immovable structure,’ can be given to a form adopting a sectioning approach through its ‘frame by frame’ visualisation.
View is broken and controllable by section panels. In particular, our panels are louverable towards a/many point(s) dictating the extent of which a passerby sees through the void.
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xxxiii
xxxiv
xxxv
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Banq Restaurant NADAA Architects 2009
Motion Eness 2011
Private House Gramazio & Kohler 2009
Position of view dictates understanding of form. Viewed from a longitudinal axis, a ‘sinuous yet planar,’ seamless form is materialised. Yet from a lateral viewpoint, the forms fluidity has dematerialised and the structure of individual elements are understood and expressed.
Mobius is a sculptural installation exploring the movement of 21 large triangles time-lapse throughout Melbourne’s Federation square. Placed, photographed, moved in sequential order and photographed again, is a repetitive process that drives a dynamic configuration of static form. Mobius becomes a living and collaborative sculpture that makes sense once filmed in a frame-by-frame stop motion.
Parametric modelling was used to panel the exterior of the house with a slatted timber facade. Importantly its use was to allow and ensure that the view of the lake nearby was not obstructed from the neighbours property. This precedent indicates a sectioning approach taken to control view, allowing both containment and release.
(xxxi) http://yatzer.com/assets/Article/1513/images/BANQ_restaurant_by_Office_dA_photos_by_John_Horner_at_yatzer_6.jpg (xxxii) http://www.yatzer.com/assets/Article/1513/images/BANQ_restaurant_by_Office_dA_photos_by_John_Horner_at_yatzer_4.jpg
(xxxiii) http://www.fedsquare.com/wp-content/gallery/culturecreative-program/mobius-at-fed-square.jpg (xxxiv) http://www.eness.com/?r=I&p=pS&s=b2d959a088dd983e23ad 561d0e56374c_MOBIUS_screen_shots_800x450_007.jpg
(xxxv) http://www.dailytonic.com/wp-content/uploads/2009/11/ gamazio-kohler-riedikon-05.jpg (xxxvi) http://www.dailytonic.com/wp-content/uploads/2009/11/ gamazio-kohler-riedikon-01.jpg
...how sectioning benefits design Structure as Form
Kinetic
A Sectioning Solution
Structure and form become homologous. Structure becomes compartmentalised, within the form and/or visa versa.
A dynamism of materialisation and dematerialisation of form. The solid and void have a relationship designed at 100km/h to derive the visual perception of motion in immovable structures.
Sectioning as the optimum design solution to effectively solve a design problem. Taking cultural, contextual and social insight to create architecture that is ‘building for social change.’
xxxvii
xxxix
xli
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xl
xlii
Metropol Parasol Jurgen Mayer-Hermann 2011
Melbourne Gateway Denton Corker Marshall 2000
Digital Origami Emergency Shelter LAVA 2011
The Metropol Parasol is a wooden structure located in Seville. It uses a waffle grid structural organization to create a fluid and homogenous form. Its structure and contouring is clearly understood. Structure and form cannot be differentiated in this design.
The Melbourne Gateway is an urban gateway project for the city of Melbourne. It is a series of columns that create a kinetic relationship with the user who is appreciating and understanding the sculptural urbanism at 100km/h. Mark Raggatt of ARM architects describes it as ‘kinetic without being animated. It sustains a massive scale but is open and dynamic.’ The gateway is a curation of form and void, emphasizing the power of the break in form to create dynamism when passing by.
LAVA’s architectural solution for the 2011 Emergency Shelter Exhibition. Their design intent was to raise awareness and aid for the thousands of people displaced by Japan’s natural disasters. Their shelter design provides quick, efficient, sustainable and sensitive inhabitable spaces after disaster strikes. Although the design offered only temporary relief, LAVA’s actions contribute to the notion of design having positive social implications and affecting the concept of architecture as ‘building for social change’.
(xxxvii) http://farm9.staticflickr.com/8281/7573071850_db65a3082d_z. jpg (xxxviii) https://www.theimagefile.com/v/tp/250/198/7845805202_4_ metropol-parasol-seville.jpg
(xxxix) http://www.dentoncorkermarshall.com/wp-content/uploads/2012/06/MelbGateway_02.jpg (xl) http://maryannadair.files.wordpress.com/2012/11/cheesestick11. jpg
(xli) and (xlii) see DesignBoom. ‘LAVA: digital origami emergency shelter.’ Page 031 for reference.
035
xliii
sectioning for society
xliv
xlv
xlvi
xlvii
(xliii) (xliv) (xlv) (xlvi) and (xlvii) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/ lava-digital-origami-emergency-shelter/>
In a public exhibition held at the Sydney Customs House forecourt, during September of 2011, were proposals from various local and international architectural groups that highlighted the need for emergency shelters in disaster zones. The exhibition demonstrated the role of design and construction industries in the aftermath of natural disasters. The Sydney based practice, ‘Laboratory for Visionary Architecture’ (LAVA), proposed the ‘Digital Origami Emergency Shelter’ as an architectural solution that would provide quick, efficient, sustainable and sensitive inhabitable spaces after disaster strikes. Based on the molecular configuration of a water molecule, LAVA proposes an exterior form with a strict geometric appearance capable of being integrated with other modules generating an interconnected village. The hard straight edged exterior form facilitates unit integration. This exterior functionalist form is juxtaposed against the individually carved, softer interior aspect of each plywood profile. The result is an undulating interior void, creating spaces for sitting and sleeping. In this example, the striated layering and internal/external profile manipulation of each individual plywood sheet, defines the shelter’s structure and functional requirements; “to provide temporary replacement housing comfortably inhabited by two adults and one child for daily activities of eating, reading and sleeping.”35 LAVA’s solution is an origami cave; prefabricated in sections from readily available materials including wood, cardboard, and newspaper. This facilitates low cost and short time installation, where unit’s are flat-packed and shipped or dropped via helicopter to be assembled on-site.
This is an example where digital technologies have been used to ‘build for social change.’ Although we do not “associate beauty with disaster, LAVA [have] shown that with great disaster, come great possibilities.”36 LAVA have realized the shelters interior volume through a process of sectioning. Shaping each individual profile, LAVA have satisfied the interior program conditions and the rigid exterior water molecule shape. LAVA’s structural rationalization for the shelter, using only plywood sections and block work between, minimized complexity and maximized efficiency. Although the design only offers temporary relief in devastated areas, LAVA’s actions prompt positive social implications. The Emergency Shelter Exhibition hoped to raise awareness and aid for the thousands of people who had been displaced by Japan’s natural disasters. LAVA’s design references a Japanese Metabolist philosophy of using prefabricated capsules to define living space. This demonstrates a high level of contextual insight integrated into LAVA’s design proposal. This provides a necessary grounding to their computational proposal, which could have otherwise been mistaken as some sculptural artwork. Context is an aspect of the Gateway Project which must be taken into account, and used to drive form making in the design process. LAVA further strengthened the relevance of their design proposal through the integration of context, transforming the shelter into an illuminated lantern at night, which would prove “a sign of hope to victims.”37 Analogous with the Gateway Project, lighting conditions combined with a sectioning technique, offers to ‘light Wyndham’s path into the future.’
35 and 36
DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origamiemergency-shelter/> 37 Arch2o. ‘Digital Origami Emergency Shelter, LAVA.’ <http://www. arch2o.com/digital-origami-emergency-shelter-lava/>
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â&#x20AC;&#x153;The concept of the traditional church is transformed into a transparent object of art.â&#x20AC;?38
- Gijs and Van Vaerenbergh
sectioning for culture
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xlix
l
(xlviii), (xlix) and (l) Architecture Lab: Online Magizine. ‘See- through Church: Limburge/Belgium by Gijs Van Vaerenbergh.’ <http://architecturelab.net/2011/10/see-through-church-limburgbelgium-by-gijsvan-vaerenbergh/#lightbox/6/>
The ‘See-through Church’ project is the collaboration of two young Belgian architects, Pieterjan Gijs and Arnout Van Vaerenbergh. Located in Limburg, Belgium, the church stands ten meters high and is constructed of prefabricated steel members, 100 layers and 2000 columns to be exact. Reacting against the traditional church aesthetic, their design is atypical from height to material and overall rational composition. The traditional heavy masonry, romantic and monumental qualities of the typical religious building typology have been substituted for more boutique, intimate and refined expression. The form is an optimized representation of a multitude of churches in the region, an ideal Gijs and Van Vaerenbergh have expressed through horizontal plates. Reduced to solid and void, the design embodies the essence of a spiritual space and its interaction with the surrounding landscape. This approach to design is highly expressionist of contemporary society, culture and contextual behavior towards religion, developing modern themes in a rigorously unchanged traditional discourse of architectural church design. Page 29 of this journal, lists six overarching benefits of a sectioning technique. One such benefit, utilized to its full extents in this project is Visual Perception. Depending on the perspective of the viewer; the church has the potential to materialise, perceived as a massive building, and/or dematerialise, partly or entirely, into the landscape before ones eyes. Moving inside the church and looking out at the landscape, the “countryside is redefined by abstract lines,”39 framing views that offer an alternative picture to those regularly unobstructed.
38, 39, 40, 41, 42 and 43 Architecture Lab: Online Magizine. ‘See- through Church: Limburge/Belgium by Gijs Van Vaerenbergh.’ <http://architecturelab.net/2011/10/see-through-church-limburgbelgium-by-gijsvan-vaerenbergh/#lightbox/6/>
Concerning the discourse of Church architecture in Limburg, present observation indicates an “emptying-out”40 of such a style. Gijs and Van Vaerenbergh’s installation is thus read as a metaphoric heritage related reflection of the present situation, materialised at one instance however dematerialised at the next. Their design is illustrative of a dissolvable culture. As an ‘object of art,’ the traditional architectural capacity of creating a space designed to facilitate a specific function of cultural significance, is diminished. Gijs and Van Vaerenbergh have indicated, the Belgian society is removing itself from the traditional practices of Churches. Therefore the design is an attempt to rectify cultural values within their society, offering a “potential to re-use them [the Churches] in an artistic context.”41 The poetics of this design are captured by the images to the left. The photograph (xlix) captures Gijs and Van Vaerenbergh’s ‘See-through Church’ and the traditional Church it was modeled off. The steeple of the traditional Church is captured mineralising through the steeple of the see through Church, emphasizing contemporary societies changing cultural attitude. From the comments following this article regarding this project in the online magazine ‘architecture lab,’42 I found one post highly intriguing. I want to use this quote to conclude the section as it demonstrates a variety of opinion and multitude of readings that individuals can have, no matter its relevance to the installation, a quality we hope to inspire within the passersby of our gateway. “The subtle jab at our religious entities around the world and the fact that the are becoming more transparent and easily seen through the corrupt and devious ways of their past.”43
039
case study 1.0... louver
Louver panels towards a point
banq definition
combination
Map image to flat, rectangular surface
Mapped image on louvered panels
(2)
Control over louver direction
Control over base height
Control over image magnitude
Control of panel spacing
Control number of panels
Control over base height
Control of panel height
Control number of points in ‘u’ and ‘v’ direction
Map panels along a path
Control of panel width
Map points on an undulating surface
Controlling panel width (3)
Map panels along a path (1)
Surface manipulation
Optimize form
...technical exploration vector control
height control
path & material
Wide, louvered panels along a path with an image
Create material panels
Mapped image on panels following path
(4)
Vector manipulation, image mapping incorrect
Divide individual panels into groups of panels
Create material panels and panel groups
Vector manipulation, image mapping incorrect
Control height of each group of panels
Control magnitude of image per panel group
Vector manipulation, image mapping incorrect
Control panel plane of extrusion
Control panel plane of extrusion
Vector manipulation, image mapping incorrect
Louver panels
Louver panels along path
Vector manipulation, image mapping incorrect
Apply image to panels
Louver panels along path with material thickness
matrix results
Our group engaged NADAA Architects, Banq Restaurant (2009), to generate a predefined explicit design space for case study 1.0. Experimentation with solely the definition provided on the LMS, is documented under the heading ‘banq definition.’ To extend our design in case study 1.0, we combined the provided definition with algorithms that enabled louver, vector, height, path and extrusion (material) control. Although the matrix is divided by these key extensions to the overall definition, it is obvious that in some cases an overlap exists between groups. The process of iteration involved following an idea of progressive evolution; making small changes in one form, baking it and continuing from that point down stream. Therefore the criteria defining my choice of highlighted outcomes included; fabrication, aesthetics, and a strong demonstration of potential visual proofs of concept. No. 1 indicates the visual qualities of louverability and panels defined along a path. Not only will panels offer extended view point control, they can facilitate visual perception under these conditions. No. 2 is a strong example of mapping an image to the section profiles. No. 3 offers an aesthetic compositions of a multitude of factors; image, louver and path. It was further easy to fabricate as demonstrated by the physical model documented on the left. No. 4 is a demonstration of having the ability within the virtual sphere of turning flat panels into panels with a material thickness, similar to that of the physical model.
speculate
In the case of this exercise, our group did not settle on any of the four highlighted outcomes as potential final designs. One reason for this was that perhaps we felt the image-face of our panels needed to be rotated onto the y-axis, perpendicular to the road. The iterations under ‘vector control’ were an attempt at doing so, however the outcome was not successful. In light of the misgivings of case study 1.0, our group demonstrated an ability to further the application of our sectioning technique based off of the predefined definition. Within the sphere of an architectural gateway installation, our definition facilitates an extended growth in a sense of a kinetic relationship with the user and landscape. A kinetic relationship can only be developed if an adequate spacing of sections is calculated in conjunction with the image/sign/symbol to be communicated at 100 kilometers per hour. This quality of sectioning-design our group would like to complicate further when we introduce out concept of materialisation, a growing of form. Within a sectioning design, space between panels is equally, if not more important than the panels themselves. Visual perception removes the individuality of single planar panes and grants the viewer a homogenous, three dimensional sinuous whole. View point control gives the designer the ability to open, close and manufacture the perceived view. These are all abilities which will facilitate the communication of concept and extend the given definition into creating new work.
043
case study 2.0... ...reverse engineer a project
The purpose of case study 2.0 was to combine our cumulative knowledge regarding grasshopper relative to our specific research field, developed in case study 1.0, and apply those expertise to reverse engineer a project that embodied the technique. As I have previously discussed, our group expressed interest in exploring the possibilities of sectioning to conceive our Gateway Project proposal. The precedent we choose to reverse engineer was LAVA’s ‘Digital Origami Emergency Shelter,’ a project we have identified as developing/utalizing a sectioning technique key to it conception. Visualizing the end product, I conceptualized its digital replication in three stages; creating a form, creating a void in the form and finally sectioning the combined product. This was exactly how our group proceed through grasshopper. The first form created was the dodecahedron. As you can see from the complex definition above, this aspect of the process was above our level of technical knowledge. Utilizing all resources available, we found a dodecahedron definition searching the discussion board of grasshopper3d.com (the link can be found from the following footnote). 44
44 Grasshopper 3D. Michael Herbig. Map Hexgrid on Dodecahedron. Discussion created November 1, 2011. <http://www.grasshopper3d. com/forum/topics/map-hexgrid-on-a-dodecahedron> Accessed April 20, 2013
The next stage in the process was to create a void within the dodecahedron, representative of the living spaces of the shelter. From my existing rhinoceros knowledge base, I could have approached this stage through simply applying a ‘boolean’ command to the two forms, joining them where they overlaped. However, for the most part we wanted to maintain using grasshopper as opposed to rhinoceros. As it so happened the solid operations functions in grasshopper; solid difference, solid intersection and solid union, function the same as the boolean command. In this case, as the definition above indicatings, we used the solid difference command. Taking one input from the dodecahedron (A) and a second input from another ‘brep’ (B - created in rhinoceros to mimic the interior volume of the shelter), this node removed the second form (B) from the first (A), leaving only a void cast in the form of B through the dodecahedron (A).
The final stage was to section the combined form, a process already defined and documented in this journal on page 022. As you might recall, you first must reference the ‘brep’ to be section - in this case was a baked copy of the solid difference - and secondly reference a curve. The curve is offset and extruded through the ‘brep,’ where it is exploded, split and finally baked. The process requires manual removal of unnecessary section profiles prior to completion. As the previous page indicates, fabrication comes naturally.
sectioning for society
047
The second precedent our group choose to reverse engineer was the Tonkin, Zulaikha, and Greer Architects, panelling contribution, Cadence (2008), to the Craigieburn bypass. This Gateway installation combined sound wall technology and iconic road furniture to communicate a new 32km stretch of freeway linking the Hume Highway with the Melbourne Ring Road.45 The project was designed to have a kinetic relationship with the viewer. Similar to Melbournes Gateway by DCM where the power of â&#x20AC;&#x2DC;break in formâ&#x20AC;&#x2122; was equally if not more important than the panels themselves. The distance between form and void needs to be particularly calculated, as it facilitates motion in immovable structures experienced at a freeway speed of 110km per hour. The main series of panel/sectioned wall is over 2 kilometres in length and was solely designed by Tonkin, Zulaikha and Greer. These panels are made from facetted austenitic steel sheets. The sheet metal is modelled in simple concave and convex folds, this produces a gentle undulating wave of steel floating,46 best communicated and highly dynamic when viewed at 110km Per hour.
li
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(li), (lii), 45 and 46 Tonkin, Zulaikha, Greer Architects. Craigieburn Bypass, Cadence, 2008. <http://www.tzg.com.au/projects/craigieburnbypass>
(liii) https://lh4.googleusercontent.com/-bNO6pH7S9NU/RtlTJpH0Y-I/ AAAAAAAAAK4/0nsdolbXchg/25.jpg (liv) http://www.vulgare.net/wp-content/ uploads/8284007_0e7f75221e_o.jpg
tzg architects In our expression of this project, we have defined control over; the number of divisions, extrusion thickness, louver direction, modularization and vector manipulation. An essential component to this definition, which had a positive outcome
for future grasshopper works in this project, was vector manipulation. Through this initial aspect of the definition we had engaged explicit control over the panels collectively; number of panels, direction of louver and louver vector.
Divide, extrude, louver
(5) (1) Division of curve (Number of louverable panels)
(1)
(4)
(2) Control panel width
(3)
(3) Divide panels into 4 modules
(4) Vector Manipulation
(2) (5) Parametric louver point control
049
Spatial Density
Visual Perception
Kinetic Relationship
Wyndham
Visual Control
Sectioning
Melbourne Addition : Subtraction
Marker Within Landscape
concept development Wyndham is a developing city, a place of growth that is aspiring to become a point of focus within a broader spatial context. The people want a sense of ‘place,’ their own cultural identity within the broader context of Victoria. We believe that Wyndham wants a Materialisation of place and identity. Drawing from the precedent of Melbourne as the epitome of cultural, social, and economic success in Victoria, the Gateway into Wyndham will initialize the aspirations of a global identity to develop into the future.
Materialisation
Wyndham
Dematerialisation
Sectioning offers us a unique opportunity for a materialisation of form. Firstly, spatial density of form allows for a reference to a solidification and materialisation of place within a landscape. Visual Perception allows for a constant materialisation and dematerialisation as you move along the form. A kinetic relationship as asked of in the belief; through form and void. A power of visual control to direct and define viewpoint. A constant process of subtraction and addition to reference Melbourne City and what Wyndham desires from its success. The form offers an undulating, yet static landmark within a vast planar landscape, growing in its iconic nature and figurative expression of materialization through height control. Our group proposes to investigate ‘sectioning’ as our research field for the Gateway project proposal. The dualism of this technique - its innate capability of visually communicating ‘growth’ and future oriented connotation being a digital technique - allows us to successfully communicate Wyndham’s future aspirations and ambitions; to materialise its own identity and cultural significance within a broader Victorian context.
051
proof of concept... sectioning
image
spacing
...virtual prototypes view control
height
path
proof of concept... sectioning
image
spacing
...physical models view control
height
path
designing an icon... geographical, cultural identifiers
lv. Flinders Street Station
lvi. Sydney Opera House
lvii. Guggenheim Bilbao
lviii. Empire State Building
extrude
interact
...proposal subtract
orthographic
Front
Back
Left
The progression of matrices developed in part â&#x20AC;&#x2DC;b,â&#x20AC;&#x2122; are cumulated here in this concept proposal. Our grasshopper definition, driven by a sectioning technique, combines the controllable parameters of image, spacing, view control, height, path, extrusion (materiality), subtraction/ addition and interaction. The degree by which we have demonstrated control over such factors is an indication of our ability to communicate our concept for the Gateway project. Propagating the materialisation of a prosperous city of the future, the gateway into Wyndham offers a cultural identity and social standing.
Right
...proposal
059
â&#x20AC;&#x153;The installation need not be literal or didactic in its references, as it may capture a more abstract, aspirational intent and feeling. However, it should aim to be accessible to a wide public and should explore place making aspects and qualities.â&#x20AC;?47
47 Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011). Page 4
conclusion
Our group is arguing that sectioning as a design approach offers an innate ability to materialize and dematerialize form. Sectioning has allowed spatial density, visual perception, kinetic relationship, visual control and subtraction and addition to further develop our design intention. Through a parametric design process using grasshopper, our outcome is the creation of a geographical and cultural icon to Wyndham as a growing municipality. The feedback we received from our midsemester critique presentation was overall positive. For the most part, our concept was well received and commented as being clearly documented and well communicated. One aspect that caused confusion was the idea that Melbourne would contribute significantly to the materialisation of Wyndham. Our approach consisted of creating a second form representative of Melbourne. This form was a solid surface that dematerialised parallel but opposite to the materialisation of the section profiles representing the growth of Wyndham, symbolic of a transfer of ideas. Within this highly conceptual realization of our idea, we created a far greater issue that was picked up by both guest critics. That the second form facilitated a loss of views, an aspect quintessential to the poetics of a sectioning technique and expression of a kinetic, progressive relationship between user, landscape and architecture. This drawback can be addressed by ‘bring back the subtlety of design,’ a quality our group intends to rectify in the coming weeks as we turn to site and begin to address the practicalities of context and construction.
learning outcomes
Apart from a strong engagement with the brief, the process of computation engaged by our group has yet to call for any site analysis. Digital technologies, in particular the sectioning technique, have strongly informed the ‘optioneering’ of the brief. Our core concept, materialisation, is intrinsic to the panelized representation of form. This concept is further enhanced and publicly communicated through the proof of concept, ‘benefits of sectioning’ parameters. These are controlled aspects within our definition that facilitate and highlight dynamism and change, symbolic qualities of Wyndham materialising character. Through a process of iteration, digital technologies assist the process of documentation and visualization of a multitude of responses adopting a section approach, as demonstrated on pages 40-1, 52-3 and 56-7. Vector imagery and photographic evidence indicates our groups developing skill in various three-dimensional media. I will particularly highlight the fabrication process, which is so successful because of the homologous nature across digital media. This is an essential part of the digital design process, as outputted physical model are 100% replicas of the virtual prototype, allowing the designer to gage an understanding of how the sectioned-panels work in a physical environment, ‘air’. This provides feedback that in turn informs the virtual design. I feel our design is somewhat lacking a contextual grounding, a point commonly critiqued in digital design. I am intrigued to discover how a contextual analysis will inform our design in the final stages of this computational design process.
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â&#x20AC;&#x153;Design and document an exciting, eye catching proposal that inspires and enriches the municipality of Wyndham.â&#x20AC;?48
48 Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011). Page 2
part c: project proposal
Material Juxtaposition
Material Dynamism Over Time
Immediate Material Changes
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Contrasting materials across the installation is one way our group has discussed implementing our theory of change and growth through materiality. We have further contemplated emphasizing our concept of change through varying the direction of join and size of cladding sheets across the design. For example, a visual conflict is created through the use of Mottled Metal and Cor-ten Steel. In addition to the differences in materiality, colour, texture and rigidity, further workmanship during installation can be designed to extenuate dynamism across the form.
(lix) http://farm6.static.flickr.com/5245/5269007882_4743cdf1c2_ m.jpg (lx) http://www.cdsmetalwork.ie/wordpress/wp-content/uploads/2012/06/CORTEN.jpg
Materials that age, grow and change overtime, chosen because they satisfy the specific design intent. A category with significant connotations to our design theory.
Materials used to further emphasise dynamism, by reacting to environmental changes, for example wind. The dynamic elements are juxtaposed with solid framing systems that ground the form.
An example our group discussed was copper. As this material ages, a chemical reaction occurs with the air, creating a patina that causes its appearance to change drastically over time. We visualized this change occurring across the length of the installation, responding to the theme of â&#x20AC;&#x2DC;air,â&#x20AC;&#x2122; the design would forever be in a state of change. In addition to this change in appearance occurring as one travels the length of the Gateway, residences of Wyndham will have an extended experiential relationship as the whole composition reacts overtime.
Potential materials include, sails, parachutes and other movable forms. Although these lightweight material options offer greatest sinuous moveability, another option is to clad a lettuce framed structural system with moveable rigid metal components that react to the wind. Both options are visually symbolic of dynamism and change, offering a sense of materialisation and growth.
(lxi) http://www.topfoodservice.com/Merchant2/graphics/00000001/ MSCS001A.JPG (lxii) http://www.keskinisgallery.com/daphne_keskinis/dk_images/ past_art_work_2/Copper%20Patina.jpg
(lxiii) http://farm5.static.flickr.com/4144/5020617293_fb6ab5fb0e.jpg (lxiv) http://www.designboom.com/weblog/images/images_2/rodrigo/09_september_2012/01_kineticFacade/airport_01.jpg
material studies Stainless Steel Mesh Veil
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Swarovski Veil in Wattens, Austria, 2008 The veil creates an ephemeral, translucent form that lines the street outside the Swarovski Crystal Factory, dramatizing and highlighting the company within. Engaging the surrounding community, this project exemplifies street sculpture identifying place. The installation has a lightness and transient quality through its stainless steel mesh, juxtaposed by its rigid steel structural members. Our group relates to the luminescent qualities of the transparent steel mesh material, as it offers another component of design that can potential contribute to our concept of dynamism, movement and growth.
(lxv) http://www.contemporist.com/category/misc/page/17/ (lxvi) http://architures.com/wp-content/uploads/2011/05/SwarovskiVeil-in-Wattens-Fantastic.jpg
Polymer Sheeting - Normalu Barrisol
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Top - Origami Tigers (Australia) designed by LAVA, realized by Barrisol. The crouching digital tigers combine ancient lantern making methods with cutting edge digital design and fabrication technology, bringing the East and West together through tradition and innovation. Bottom - Federation Squareâ&#x20AC;&#x2122;s BMW Stage (Melbourne) designed by Architects Lab and Bates Smart. The ceiling combines seven different quadrilateral shapes to form an elaborate myriad of Barrisol panels comprising of the ceiling structure. The entire ceiling area is illuminated by natural light during the day and backlit at night to provide a soft uniform glow.
Lighting is an idea our group has discussed and a recurring theme developing in my journal, however not yet incorporated into our design decision making process. Furthermore, as a parameter, light is beyond our control within the digital designing environment. It is much more plausible that this theme is introduced into our design through materiality. In this material study, our group identified two way to effectively create different experience using lighting; transparency and illumination. Design considerations outlined in the brief, covered in more depth on the following page, one specifically asks â&#x20AC;&#x2DC;how the users perception would change from day to night.â&#x20AC;&#x2122; Our group approached this design consideration through the experience created by materiality and lighting. During the day, a gradation of shading offers a dynamic change from white to black of partially translucent polymer sheeting to propose a sense of materialisation. While at night, lighting within these panels expresses a similar process of colour change, a materialisation from dark to light.
Utilizing both transparency and illumination our installation offers dynamism and growth through a sequential variance of material shading.
A luminescent material with dynamic properties allowing it to vary from day to night can benefit our design.
(xxxix) http://www.dentoncorkermarshall.com/wp-content/uploads/2012/06/MelbGateway_02.jpg (xl) http://maryannadair.files.wordpress.com/2012/11/cheesestick11. jpg
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‘A materialisation of form, using digital technologies to identify Wyndham’s aspirations of place.’
- J. Freijah, T. Wooley and G. Shin
the premise The premise of our argument reflects a synthesis of key design considerations outlined in the brief and ‘sectioning,’ a digital design technique with an innate capacity to emphasise and visually demonstrate our core concept, ‘dynamism and growth, a materialisation of form and identification of place.’ Outlined within the brief is a list of key design considerations and issues to be resolved and addressed. Of these, those contributing to our final form and design theory include; (a) consideration of how our installation would integrate with and/or sits in the immediate and surrounding landscape, (b) the decision to create an installation that offers a more experiential approach rather then an object-centred individual sculpture, (c) the development of an iconic feature, (d) its appropriate scaling, (e) the dialogue created between sculpture and landscape to compose a Gateway, (f) the creation of an original, innovative and engaging form, (g) how its perception would change from day to night, (h) whether or not the installation would become a literal or abstract representation and (i) how specific materiality would furthermore contribute to our designs overall form and overarching concept of place making.49 Employing a ‘sectioning’ technique that offers spatial density, visual perception, motion, visual orientation and form and void manipulation, we propose a Gateway design symbolic of Wyndham’s dynamic and enriched municipality, an installation iconic of Wyndham’s becoming of place.
Our first approach at achieving this goal ended fairly abruptly at the mid-semester presentation. The rationalization of this final form (p. 59) embodied a fairly literal concept of materialisation, with two distinct forms both equal and opposite, one was designed to materialise as the other dematerialized. An analogy visually demonstrated through an increase of panels, panel height and specific panel orientation along a specified curve path growing to Wyndham and drawing from the second form representative of Melbourne. As previously mentioned, the major criticism of this outcome was that many benefits associated with sectioning were hidden or removed in this design. The complexity we imposed in this design detracted too much from the effective simplicity of a sectioning technique. Returning to basics, our definition enabled us control over the number of panels, the spacing between those panels, the height of each panel, the orientation of each panel, the image mapped to the face of the panels and x-y panel rotation. These parameters exist and are manipulated to offer a sense of dynamism, change and overall materialisation. As a group we chose to remove the second form in its entirely. Focusing extensively on how we could further achieve an abstract representation of Wyndham’s ‘Materialization of Place’ through a Gateway installation defined solely by our parameters and a pure sectioning technique. We intend to achieve a greater sense of growth and dynamism across our design through first engaging a contextual analysis. This we begin to define an actual path for installment, offering a sense of size and scale and enabling a straightforward computational design process defined by our set of parameters to manipulate the final form.
The brief asks that:
“The Western Gateway should propose new, inspiring and brave ideas, to generate a new discourse.”50 Through a parametric design process, we propose a concept that achieves materialization and dematerialization, dynamism and movement, solidity and ephemerality; creating an experience that reflects Wyndham’s desire to become a place of growth within the wider Victorian context. We find that our design offers innovation brought through the computational design process. A process which has allowed us to realize a desired outcome derivative of our predefined parametric inputs. Furthermore, I would argue the concept for our design facilitates the architectural discourse of ‘building for social change,’ a notion developed early in this journal suggesting innovation and the legitimization of parametricism having a positive impact on design. Creating a multitude of references that symbolise growth and future development of Wyndham’s municipality, our proposal propagates a new cultural identity, social fabric and geographical marker generating Wyndham’s new discourse moving forward. As a gateway our proposal offers Wyndham an iconic landmark that this site specific, place defining and oriented towards the future of Wyndham. Our response is closely related to the brief, however adopts a parametric process of design, unique in that it has a large potential for iteration and addition of parameters that contribute to the analogy of Wyndham as ‘a place of materialization.’
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Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011). Page 5
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definition workflow diagram 1. Define Curve Rhinoceros curve input. Curve defined in response to alignment within the greater Victorian context and site specific user interaction.
2. Curve Divide Split curve into segments. Segment length is parametrically defined using a graph mapper in Grasshopper. Points are concentrated towards the highway road to Wyndham/location of literal gateway, creating a dynamic experiential approach. 3. Height Control List item control isolates each point. Lines are generated in the Z-Direction from these points with an individually specified height. A parameter contributing to the sense of monumentality and symbolic expression of growth and place. 4. Surface by Loft Loft generated through the lines created in the previous step.
5. Surface Divide Surface grid created on lofted surface. Allows image mapping of surface.
6. Image Mapping Input designed image. Image is mapped from the lofted surface area using surface grip points to calculate change based off of the image. Creating dynamism and movement in form, iconic of â&#x20AC;&#x2DC;becoming.â&#x20AC;&#x2122;
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7. Plane form Point Planes are created in the YZ-Direction off of the points created in stage 2.
8. Section Surface A curve is created where the profile of the image mapped surface intersects the planes. These curves are lofted with their respective height defining lines, created in stage 3, to create new sectional surfaces.
9. Section Rotation Using a mathematical expression, the plane are sequentially rotated 180 degrees in the X-Direction over the entirety of the model. The affect is a rotation of the sections. Contributing to dynamism and movement, materialisation and dematerialisation.
definition workflow diagram cont. 10. Section to Panel A material width/thickness/volume is given to the sections, effectively creating panels. With further consideration, materials further contribute to our concept of growth and change.
11. Louver Planes Planes are louvered towards a point. Facilitates innovation in our design creating views and alternative experiences depending on the users perspective. Contributing to form and void, materialisation and dematerialisation.
12. Panel Alignment Select panels are aligned to the louvered plane, thus enhancing the sense of materialisation and dematerialisation symbolizing Wyndhamâ&#x20AC;&#x2122;s development of place.
13. Final Manipulation The final manipulation consisted of baking and preparing the digital model for digital presentation and physical fabrication.
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Alignment
Marker in Landscape
Motion and Dynamism
The designs situation on site responds specifically to the municipalities of significance within the broader Victorian context. Taking from the town halls of Wyndham and her major points of reference, Geelong and Melbourne, to orient the Gateway and position it on site. The line created between Wyndham and Geelong passes directly through the dedicated site, whilst the intersection created by the line originating in Melbourne dictates a literal gateway location, the commuters transition into the heart of Wyndham.
The height parameter significantly contributes to the installation becoming a marker in the landscape identifying place. Juxtaposed against the planar landscape, the design relates a sense of monumentality demonstrating Wyndham’s growth.
Kinetics are an exponent of motion created in static forms designed to viewed at a specific speed, In our case 100km per hour. Through the designed organization of parameters; 2) Curve Divide, 6) Image Mapping and 9) Panel Rotation, the installation enhances the qualities of motion and dynamism because of the kinetic relationship with the user.
In addition to dictating the path and position, a strong contextual relationship embedded in our design offered a significant grounding of place. Contributing and understating of where Wyndham currently sits within the greater context and enabling the senses of growth, dynamism and change to be positioned/designed for greatest effect. The alignment of our design is derivative of our contextual research, creating a literal gateway was not initially intended, however a series of events led to justify this outcome.
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This monumentality combined with the alignment of town halls, climaxes at the point of intersection where we have created a literal gateway into the city of Wyndham. The progressional increase in height towards the ‘gateway’ and subsequent decrease after/away, is symbolic of a materialisation of place, an icon of the City of Wyndham.
As a marker, the installation demonstrates a clear interaction with the users of the site. Showing a clear response to the road; the sculpture grows and shrinks, fills and empties, reveals and retracts to overall create an experience for the users to remember.
We create a sense of movement though the exponential spacing of panels across the path. Designed so that the panels grow in density towards the gateway, the users experience a materialisation of form as they approach Wyndham and a dematerialisation as they move away.
Secondly, the image mapped creates an analogy of interaction as two forms can be distinguished moving in and out of a single sinuous surface. Further demonstrating a growth of form symbolic of Wyndham’s materialisation of place.
Finally, the rotation of form across the path indicates movement and materialisation and has additionally been designed to radiate the sculptures most monumental form, in conjunction with the climax of height, at the focal point of the design, our literal gateway.
a ‘materialisation of place’ Path Perception
Form and Void
Light and Shade
Sectioning allows for position to define a 2 dimensional or 3 dimensional understanding of form. The users perception of the Gateway will vary due to their approach from 3 different roads, each defining alternative form and views. The design shows a play between innovative and typical, ephemeral and solid.
Innate characteristics within a sectioning technique, form and void in an architectural sense define the constant play between a materialisation of form and dematerialisation of form. As I have discussed our group concept focused and inevitable have produced a final form derivative of our set of parameters engaging the idea of materialisation and dematerialisation of form, creating a sculpture symbolic of Wyndham’s identification of place.
Defining materiality as another parameter for design, our group utilized light and shade to further emphasise this sense of materialisation towards Wyndham. In the day time we have used shades of grey polymer sheet that gradually lighten to white as you move towards the gateway, while in the night these become giant light boxes that illuminate variable light due to the shading of the panels.
Panel spacing, our initial parameter, was so significantly important in creating this effect. Maintaining the scale, the vector image above demonstrates the spacing between panels towards the literal gateway (a concentrating) and moving towards the ends of the installation (a dispersing). The result dramatizes and highlights the designed iconic character embodied by gateway, creating an experience that grows as the user commutes into Wyndham.
The effect is as shown, a transient progression of grey-scale colour during the day and level of light emission at night, again concentration in magnificence, grandeur and bright, iconic character, at the literal gateway to Wyndham.
The installation is designed to so that the users commuting towards Wyndham are exposed to the experiences of materialisation (the red line). The combination of height, spacing, image, rotation and further materiality are designed to create a dramatic sense of dynamism, change and development, symbolically identifying Wyndham’s becoming of place.
As shown, dynamism and change are clearly experienced from this perspective of arrival. On the other hand, perceiving the blue line, commuting out of Wyndham and towards Geelong, the experience is designed to be less innovative or inspiring, propagating a greater sense of dematerialisation and standard sectioning. The dramatic effects of materiality, coming from the lightboxes on the other side are juxtaposed by their heavy solid concrete structure.
As indicated in the image above, a sense of dynamism still exists, however this perception of form does not inspire such innovation or cultural and social identification as the approach to Wyndham.
Louver control over the panels towards a point is another fundamental parameter that our group discovered early in the design process. Contributing to our final design outcome, we used louvering to distinguish between the experiences gained through the two different paths taking users into Wyndham. The contrasting perception follows the concept of form and void, as you remain on the Highway to Wyndham the panels are louvered so that the users pass through a void, while those taking the off-ramp experience the continuation of form, growing, changing and to a lesser extent dematerializing.
A play of light and dark, black to white, sinuous form materialising and dematerialising to create a unique, memorable and place defining experience. This experience is juxtaposed by the view users perceive traveling to Geelong, where a consistent mass of concrete dominates.
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3. Structural Steel Profile, prefabricated structural component, maintaining panel integrity in environmental conditions. 4. Fixing Plate, component fixing structural steel profile with precast reinforced concrete column. 5. Reinforced Column, precast concrete.
construction workflow diagram
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Construction Workflow Process 6. Polymer Sheet is cut and stretched to Aluminium Fixing Channel. These luminescent panels are a product of prefabrication by Barrisol Australia. Technical documentation for each panel, including individual material shading pigment, is to be specified.
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specified in construction drawings.
10. Onsite preparation, employing the services of a land surveyor to measure and mark panel position.
Further Notes
7. Prefabricated luminescent panels are fixed to Structural Steel members. These become physical lightboxes.
11. Continue site preparation, removal of top soil and excavation of individual panel bearing channels.
8. Cast Reinforced columns, these are precast offsite to the specifications of each individual section. Within formwork, a channel is made for fixing lightboxes.
12. Pour concrete footing prior to installing the concrete column with the lightbox attached. Panel rotation alignment is critical, degree of rotation is
13. Panel installation is repeated for each object as it arrives onsite, effectively growing the visual experience.
The installation consists of 116 individual panels. Their height ranges from as little as 0.5 of a meter to the monumental climax of 26.88 meters. Panel location is significant for communication the expression of spacing and louverability, while the degree of front back rotation is critical for the design to fully propagate the ideas of dynamism and growth through image, height, rotation and light.
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The designer must exercise a Duty of Care in the design of the installation. Conforming to all relevant standards and regulations, material selection is not only important from a longevity and maintenance perspective but also for public safety. Long term maintenance must be considered when developing concepts and construction detail drawings.51
51 Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011). Page 5
horizontal section, tech. drawing Component Identification 1. Polymer Sheet. Existing material example include Normalu Barrisol. Includes electrical lighting for panels.
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2. Aluminium Fixing Channel, structural component for polymer sheet. 3. Structural Steel Profile. This is a hotrolled structural component. Prefabricated in a factory, the member is made to specified dimensions. This is a structural T-section component, hot-rolled to a form that defines the profile of each panel, maintaining its integrity over its lifetime in environmental conditions. 4. Fixing Plate. The component fixing the structural steel profile to the precast reinforced concrete column.
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5. Reinforced Column. This column is precast concrete, transported to site only after the full assemblage of each panel. They are the main structural element and mass for each panel. A. Steel Bolts. Fixing the T-Section fixing plte with the T-Section structural steel profile. B. Concrete Reinforcement Ties. These components are cast into the concrete columns during prefabrication. The create a strong connection joint for the fixing place to the column. C. Reinforcing. Cast within concrete columns to provide tensile strength under lateral loading.
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...technical drawings cont. The installation is designed with a structural system that can weather long exposure to environmental conditions, a reinforced concrete column and hotrolled steel profile member. Although the panels are initially prefabricated and assembled offsite, brought and installed in place as coherent wholes, maintenance of the polymer sheeting is possible onsite after damage or time based replacement. A new sheet, cut to specifications offsite, can be stretched and fixed in place by the aluminium fixing channel. 1. Polymer Sheet. 3. Structural Steel Profile 4. Fixing Plate. 5. Reinforced Column. A. Steel Bolts.
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models conveying design intent
a ‘materialisation of place’
Form and void have direct implications on materialisation and dematerialisation of form. User perception contributes highly to how the installation is perceived, either a dynamic 3 demential sinuous whole or series of individual panels. The parameters spacing and panel louver orientation significantly contributing to the perception of form and void. Top: this image clearly indicates a materialisation of form towards Wyndham/the literal gateway. Bottom: on the other hand, relative to the users perception and position they view the installation, a strong sense of dematerialisation is created when one travels through the literal gateway to Melbourne. The panels in this case are louvers to point in the direction of Melbourne, signifying the transient nature of Wyndham as users commute through.
form and void
The creation of form, growing from void, directly responds to the planar landscape, embodies and symbolically demonstrates Wyndham aspirations for growth and generates an icon representative of new culture, social change and place making.
Motion and dynamism contribute directly to the growth and change of form across the installation. The parameters height, spacing, image, rotation and path have significant implications on the kinetic relationship created between users and design. Top: the rotation of panels evident in this image clearly indicates how panel orientation contributes to creating a sense of materialisation climaxing at the literal gateway. Bottom: relative to the user perception and position, their view of the installation is similarly impacted by the image parameter creating further dynamism and change across the form. Moreover, both example combine the height and path parameter to further exaggerate a notion of dynamism, growth and change, form materialisation symbolic of place becoming.
motion and dynamism
A dynamism across the form creates an engaging experience for the users. A kinetic relationship develops between static form and commuters, designed to be viewed at 100km per hour, instantly recognisable and memerable,
light and shade
Dynamism is further attributed to the design through materiality, a development and growth of form utilizing light and shade. As discussed, this relationship is experienced in both day and night because of the polymer sheets progressive levels of transparency and lighting illumination respectfully. Light and shade becomes an effective parameter of design, contributing to the creation of form and symbolic representation of place.
This model is a direct expression of light and shade. To create a progression of colour change in our 1:50 physical model, we used tracing paper of varying thickness to emulate the polymer sheets.
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evocative images
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1. Geelong to Melbourne through Wyndham via Highway. Note the creation of form change to void as the user transitions towards the literal gateway.
2. Geelong to Wyndham via off-ramp. Note motion and dynamism, light and shade contribution to the sense of materialisation and dematerialisation of form.
stop motion videos
3. Melbourne to Geelong passed through the majority of the municipality Wyndham via Highway. Note the standardization of form compared with video 2. See paht perception (p.73) for full explination.
4. Dynamism of light and shade. An evocative, experimental video.
Our proposal demonstrates â&#x20AC;&#x153;creativity and innovation, interprets and responds to the aspirations of Wyndham to create an outstanding statement appropriate to site and strategy detailed in the design brief.â&#x20AC;?52
52 Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011). Page 12
conclusion
Feedback given in the critique was less focused on our final form and more concerned with grasping a full understand of our concept. Personally, I was quite disappointed this was the case, our group felt that we has synthesized a highly involved yet concise design theory and its transition into form was not literal but easily recognizable. Finalizing my journal, post-critique, has reaffirmed that our design concepts and theory are as we perceived them to be, driving the design decision making process. Unfortunately the communication of our proposal during the critique presentation caused a high degree of confusion and miscommunication. The point was raised that many of our key terms embodied highly undefined outcomes and although I believe we begun our presentation by defining such key terms, for example materialisation, this was a source of confusion. I made it my mission in this part c submission to clearly define our key terms and identify core ideas. For the City of Wyndham, our proposal offers a Gateway installation that symbolizes their aspiration of place. Through a parametric design process and digital technologies emphasizing form and void, motion and dynamism, light and shade; the installation generates this sense of a materialisation of place.
learning outcomes
It is critical for the identity of a project like the Western Gateway to utilise computer technology to achieve an outcome that builds for a future social and cultural change within the Wyndham municipality. The virtual environment generates many opportunities for new architectural possibilities. In saying this, computational design can be a dangerous tool. If there is little determination over the parameters, purpose for use and performance criteria, one will find the virtual world is highly undefined. I can argue our group demonstrates control over a select set of parameters. Without any initial images, or conceived final form, we engaged a computational design process. While consistently evaluating feedback against the projects performance criteria; path, spacing, height, image, rotation and louver, the parameter data is input to allow the digital tools to produce an outcome seemingly beyond human conception and realization. Through this process I argue that our groups proposal offers architectural innovation, creating a discourse that further engages the notion of ‘building for social change.’ In this subject I have engaged the thinking and practice of the current architectural avant garde. I initially formulated the opinion that parametricism was not a style of design in itself. However, throughout the course of the semester I have demonstrated the awesome capabilities of digital design. I have followed a computational design process driven by digital tools creating a Gateway proposal that satisfies select components from the brief, facilitates ‘building for social change’ (a notion I believe and have argued as defining great design) and the innovation of form unimaginable to human conception. Although I am not content to change my position regarding parametricism as a style, I am convinced of the role digital technologies will play on the architectural discourse moving forward.
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reference list Adam N. Mayer, ’Style and the Pretense of Parametric Architecture’. June 1, 2010. < http://app.lms.unimelb.edu.au/bbcswebdav/ pid-3815829-dt-content-rid-11839005_2/courses/ABPL30048_2013_SM1/ABPL30048_2013_SM1_ImportedContent_20130121032620/ Adam%20Nathaniel%20Mayer_%20Style%20and%20the%20Pretense%20of%20%27Parametric%27%20Architecture.pdf> Arch Daily. ‘Aqua Tower / Studio Gang Architects.’ <http://www.archdaily.com/42694/aqua-tower-studio-gang-architects/> Architects Journal, The. ‘Patrik Schumacher on Parametricism: Let the Style Wars Begin.’ May 6 2010. <http://www.architectsjournal. co.uk/the-critics/patrik-schumacher-on-parametricism-let-the-style-wars-begin/5217211.article> Architectural Design, ‘Computation Works: The Building of Algorithmic Thought.’ March/April 2013, Vol. 83:2. Architecture Lab: Online Magizine. ‘See- through Church: Limburge/Belgium by Gijs Van Vaerenbergh.’ <http://architecturelab. net/2011/10/see-through-church-limburgbelgium-by-gijs-van-vaerenbergh/#lightbox/6/> Accessed 30/04/2013 Architectural Record. ‘Building for Social Change: Fernando Botero Library Park.’ <http://archrecord.construction.com/features/humanitariandesign/Latin-America/Fernando-Botero-Library-Park.asp> Bjarke Ingels Group. (2009) Yes is More: An Archicomic on Architectural Evolution (China: Taschen), p. 87 Dutton, Thomas A. and Lian Hurst Mann, eds (1996). Reconstructing Architecture: Critical Discourses and Social Practices (Minneapolis: University of Minnesota Press), p. 1 Grasshopper 3D. Michael Herbig. Map Hexgrid on Dodecahedron. Discussion created November 1, 2011. <http://www.grasshopper3d.com/forum/topics/map-hexgrid-on-a-dodecahedron> Accessed 20/04/2013 Leach, Neil, ed., (1997). Rethinking Architecture: A Reader in Cultural Theory (London: Routledge), p. xiii Morphopedia, ‘World Trade Centre Design Proposal.’<http://morphopedia.com/projects/world-trade-center-design-proposal> NBC News, ‘Freedom Tower is out, World Trade Center is in.’ <http://www.nbcnews.com/id/29913195/#.UVVtgVdc4xE> New York Observer, ‘We Remember. We Rebuild. We Come Back Stranger!’ <http://observer.com/2012/06/we-remember-we-rebuild-we-come-back-stronger-obama-visits-the-world-trade-center-pics/> Norman Foster, ‘I Like Architecture: Quote #18.’ <http://www.ilikearchitecture.net/2012/07/quote-17-norman-foster/> Norman Foster, ‘I Like Architecture: Quote #48.’ <http://www.ilikearchitecture.net/2013/01/quote-48-norman-foster/> Robert Woodbury, (2010). Elements of Parametric Design (London: Routledge) pp. 7-48 Sean Godsell Architects, ‘RMIT Design HUB’ <http://www.seangodsell.com/rmit-design-hub> TED Ideas Worth Spreading. ‘Greg Lynn on Calculus in Architecture.’ <http://www.ted.com/talks/greg_lynn_on_organic_design.html> The New York Times, ‘The Years of Shame.’ <http://krugman.blogs.nytimes.com/2011/09/11/the-years-of-shame/> Tonkin, Zulaikha, Greer Architects. Craigieburn Bypass, Cadence, 2008. <http://www.tzg.com.au/projects/craigieburn-bypass> Walter Groupius, ‘Architects and Architecture Quotes and Quotations.’ <http://famousquotesandauthors.com/topics/architects_and_ architecture_quotes.html> Accessed 29/03/2013 Western Gateway Design Project. Whyndham City. Contract No. C14449/12. (2011): 1-12.
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image list (i) Human Ignorance (ii) Ignored Progression (iii) A Topography of Deforestation (iv) A Process of Accumulation (v) Transitional Culture (vi) Momentary Culture (vii) Human Ingenuity: Achievement and Tragedy (viii) The Catastrophe of an Accident. Folio produced from Visual Arts. (ix) Virtual Environments Project (x) Virtual Environments Project (xi) Virtual Environments Project (xii) Virtual Environments Project A select set of images from digital iterations to a montage of the final physical model (xiii) <http://archrecord.construction.com/features/humanitarianDesign/Latin-America/Fernando-Botero-Library-Park-slideshow.asp> (xiv) <http://archrecord.construction.com/features/humanitarianDesign/Latin-America/Fernando-Botero-Library-Park-slideshow.asp> (xv) <http://archrecord.construction.com/features/humanitarianDesign/Latin-America/Fernando-Botero-Library-Park-slideshow.asp> (xvi) <http://archrecord.construction.com/features/humanitarianDesign/Latin-America/Fernando-Botero-Library-Park-slideshow.asp> (xvii)<http://www.architetturaecosostenibile.it/images/stories/2011/Dwelling-Mountain-giardini-pensili-c.jpg> (xviii) <http://ad009cdnb.archdaily.net/wp-content/uploads/2009/02/2478270_big-03-528x351.jpg> (xix) Personal Photographs from WTC Memorial Park (xx) <http://www.e-architect.co.uk/images/jpgs/new_york/wtc_midtown_dbox.jpg> (xxi) Personal Photographs from WTC Memorial Park (xxii) <http://www.archdaily.com/42694/aqua-tower-studio-gang-architects/> (xxiii) <http://static.worldarchitecturenews.com/news_images/1918_5_Aqua5.jpg> (xxiv) <http://www.archdaily.com/42694/aqua-tower-studio-gang-architects/> (xxv) <http://www.designboom.com/cms/images/ridhika09/aqua05.jpg> (xxvi) <http://www.archivenue.com/voussoir-cloud-by-iwamotoscott-with-buro-happold/> (xxvii) <http://www.archivenue.com/voussoir-cloud-by-iwamotoscott-with-buro-happold/> (xxviii) <http://www.archivenue.com/voussoir-cloud-by-iwamotoscott-with-buro-happold/> (xxix) <http://www.archivenue.com/voussoir-cloud-by-iwamotoscott-with-buro-happold/> (xxx) <http://www.archivenue.com/voussoir-cloud-by-iwamotoscott-with-buro-happold/> (xxxi) http://yatzer.com/assets/Article/1513/images/BANQ_restaurant_by_Office_dA_photos_by_John_Horner_at_yatzer_6.jpg (xxxii) http://www.yatzer.com/assets/Article/1513/images/BANQ_restaurant_by_Office_dA_photos_by_John_Horner_at_yatzer_4.jpg (xxxiii) http://www.fedsquare.com/wp-content/gallery/culture-creative-program/mobius-at-fed-square.jpg (xxxiv) http://www.eness.com/?r=I&p=pS&s=b2d959a088dd983e23ad561d0e56374c_MOBIUS_screen_shots_800x450_007.jpg (xxxv) http://www.dailytonic.com/wp-content/uploads/2009/11/gamazio-kohler-riedikon-05.jpg (xxxvi) http://www.dailytonic.com/wp-content/uploads/2009/11/gamazio-kohler-riedikon-01.jpg (xxxvii) http://farm9.staticflickr.com/8281/7573071850_db65a3082d_z.jpg (xxxviii) https://www.theimagefile.com/v/tp/250/198/7845805202_4_metropol-parasol-seville.jpg (xxxix) http://www.dentoncorkermarshall.com/wp-content/uploads/2012/06/MelbGateway_02.jpg (xl) http://maryannadair.files.wordpress.com/2012/11/cheesestick11.jpg
(xli) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/>
(xlii) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/>
(xliii) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/> (xliv) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/>
(xlv) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/>
(xlvi) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/>
(xlvii) DesignBoom. ‘LAVA: digital origami emergency shelter.’ <http://www.designboom.com/architecture/lava-digital-origami-emergency-shelter/>
(xlviii) Architecture Lab: Online Magizine. ‘See- through Church: Limburge/Belgium by Gijs Van Vaerenbergh.’ <http://architecturelab.net/2011/10/seethrough-church-limburgbelgium-by-gijs-van-vaerenbergh/#lightbox/6/>
(xlix) Architecture Lab: Online Magizine. ‘See- through Church: Limburge/Belgium by Gijs Van Vaerenbergh.’ <http://architecturelab.net/2011/10/seethrough-church-limburgbelgium-by-gijs-van-vaerenbergh/#lightbox/6/>
(l) Architecture Lab: Online Magizine. ‘See- through Church: Limburge/Belgium by Gijs Van Vaerenbergh.’ <http://architecturelab.net/2011/10/seethrough-church-limburgbelgium-by-gijs-van-vaerenbergh/#lightbox/6/>
image list cont. (li) Tonkin, Zulaikha, Greer Architects. Craigieburn Bypass, Cadence, 2008. <http://www.tzg.com.au/projects/craigieburn-bypass (lii) Tonkin, Zulaikha, Greer Architects. Craigieburn Bypass, Cadence, 2008. <http://www.tzg.com.au/projects/craigieburn-bypass (liii) https://lh4.googleusercontent.com/-bNO6pH7S9NU/RtlTJpH0Y-I/AAAAAAAAAK4/0nsdolbXchg/25.jpg (liv) http://www.vulgare.net/wp-content/uploads/8284007_0e7f75221e_o.jpg (lv) http://toptravellists.net/wp-content/uploads/2011/12/melbourne-flinders-st-station.jpg (lvi) http://www.adamsinteriors.us/operahouse.jpg (lvii) http://upload.wikimedia.org/wikipedia/commons/1/10/Guggenheim_4_%283798488142%29.jpg (lviii) http://upload.wikimedia.org/wikipedia/commons/2/20/Empire_State_Building_by_David_Shankbone.jpg (lix) http://farm6.static.flickr.com/5245/5269007882_4743cdf1c2_m.jpg (lx) http://www.cdsmetalwork.ie/wordpress/wp-content/uploads/2012/06/CORTEN.jpg (lxi) http://www.topfoodservice.com/Merchant2/graphics/00000001/MSCS001A.JPG (lxii) http://www.keskinisgallery.com/daphne_keskinis/dk_images/past_art_work_2/Copper%20Patina.jpg (lxiii) http://farm5.static.flickr.com/4144/5020617293_fb6ab5fb0e.jpg (lxiv) http://www.designboom.com/weblog/images/images_2/rodrigo/09_september_2012/01_kineticFacade/airport_01.jpg (lxv) http://www.contemporist.com/category/misc/page/17/ (lxvi) http://architures.com/wp-content/uploads/2011/05/Swarovski-Veil-in-Wattens-Fantastic.jpg (xxxix) http://www.dentoncorkermarshall.com/wp-content/uploads/2012/06/MelbGateway_02.jpg (xl) http://maryannadair.files.wordpress.com/2012/11/cheesestick11.jpg