MODULE 4

SARAH MAIR 641049

SEMESTER 2 2013 GROUP 1 1

PANNEL AND FOLD MATERAL SYSTEM

Guided by Miralles short documentation ‘How to lay out a Croissant’ drawings

were made and so the begining of systems exploration began. Measuring,

documentation, devision of new techniquies suited to documenting the

specified system were undertaken.

Jackie Kirwan

Jackie Kirwan

INFLATABLE MATEIRAL SYSTEM

PERSONAL SPACE Personal space as Sommer suggests is an individuals ‘invisible boundary’ which cannot be defined by a set code for it is entirely situational and dependent on the individual it serves. Personal space is effected by light, sound, time and place and responds to each situation accordingly.

Interestingly, personal space is very much a product of societies expectations. Different cultures and lifestyles breed alternate interactions between individuals and consequentially their sense of personal space.

But what purpose does personal space serve? A social construct which provides protection at the same time as affording individuals comfort and intimacy and is in essence, invisible.

DESIGN BRIEF

PROTECTION IDEATION

Visible protection systems occur in the animal kingdom

in abundence where visual clues exhibit the nature of the

animals personal space. The crocodile, who largely prefers

solitary existence, displays a network of scales that act as

an armour to protect itself in dangerous situations. By having the most dominent

scales down its spine the crocodile is protecting the

most vulnerable and out of site area of its body. This

vulnerable area is similar on humans and if protected

would offer a sense of consolation to the individual.

The benefit of an inflatable depiction of personal space lies in its ability to adapt to the situation. The materiality of inflatable space is largely limited to fabrics and plastics and in doing so renders inflatables as approachable boundary setting devices. The boundary may be inflated and deflated around or exterior to the body as in these examples.

IDEATION OF PERSONAL SPACE

Is is important to look at both examples of others in addition to ones own observations. Esspecially as the design is to respond to an individuals sense of persoanl space, inevitably that of the group, we must, as Jensen highlights, remember that ‘observation is a necessary part of creation’.

Cloud City by Tomas Saraceno is certainly the embodyment of new conceptualisation of space and the people who inhabit it.

The idea of an exceptionally large personal space has been created by Pierre Stephane Dumas through the creation of an inflatable dome. Rather than the space changing to adapt to its surrounds the dome creates its own personal environment within itself. Such a space may also act for the occupant as a barrier from the outside world or a position in which ones surrounds can be viewed. With a little space, or persoanl spac, the individual may view their world with greater clarity.

More in tune with the movement of the body and the accuracy of key personal spaces is the applicaiton

of multiple personal bubbles. In her designs Lucy McRae has achieved

some interesting body art which appears to represent key feminine

areas of for heightened levels of personal space. The models here

appear to exhibit both greater levels of comfort and the illusion

of protection but at the cost of an attractive appearance.

INFLATABLE IDEATION AND RESEARCH

DEVELOPMENT OF SYSTEMS INTEGRATION

THINKING THROUGH MODEL MAKING As Daniel Charny suggests ‘the

most powerful way to solve a problem’ is through making.

This became apparent in our model making exercises. With

limited time and no set goal in mind the integration of the two material systems resulted

from this active way of thinking. Throughout the semester

this thinking through making becomes a common trend, with new discoveries being

made as a result of prototyping and making experiments.

Jackie Kirwan and Bilal Hallak

RHINO DEVELOPMENT

The base structre from which the model was to be based was modelled off the scaled 123Dcatch model of Bill. The design hugged the body and ballances on the shoulder.

The reading Lost in the Parameter of Space accentuated the feelings I encountered with Rhino. As Schenrer and Stehling highlight, architecture is a process of communication. When approaching this design limitations were felt as to the level of my ability to communicate my ideas onto Rhino. After hours of practice and failure the origins of the design emerged.

As I played further with Rhino techniques and attractor points I was able to redirect spikes. This formation does not represent the protective warning system we are looking for. The downward facing spikes are not evocative enough.

RHINO DEVELOPMENT

This model Jackie constructed workes with the idea of high density spikes that are accentuated at the shoulder. This would prove to be incompatable with the person wearing the piece.

The number of rows were minimised so as to produce large based pyramids. This model tappers off at the ends, in response to the body protection needs. The spikes however are unable to be unrolled in this curved state. As shows in the documentations Things that can be built from paper and Lost in the paremeters of space, not everything can be solved, even with deterministic algorithms.

The final prototype corrected the pyramids into an unrollable form. At the shoulder the last row of spikes were divided into two in order to allow for a better transition between the front and the back.

FRONT TESSELATION DEVELOPMENT

The honeycomb offers a tesselatable pattern of 2Dimentional shapes that can be extruded to a vertex or together in order to form cells as in the above image.

Developing the idea of multiple personal bubbles and the separation of one large personal space in to smaller bubbles requires an arrangment of 3D shapes that may tesselate. Inspired by the naturally occuring formation of bubbles is the Beijing Water Cube, above.

This is the origional drawing was developed to respond to the idea of a comfortable personal space. Its intention is to adapt to its situation and provide different levels of boundaries.

At first soving this issue of a bubbled surface, and simultaniously integrating a panel and fold network appeared impossible. Here is an unsuccessful attempt at a customised polygon pannel.

The ideas behind the Water Cube were not alone in their discoveries. Whilst reading Digital Fabrications Iwamoto highlights the process of calibration from virtual model to physical artefact and their accociated restraints and possibilities through a number of examples. One example was that of Chris Bosse’s ‘Digital Origami’ who utilised a particular shape in order to tessilate 3D space.

The shape is called a Tetrakaidecahedron, however this was not the solution to all my problems yet. In order to perfectly tecilate 3D space the includion of a dodecahedron was required.

FRONT TESSELATION DEVELOPMENT

Again, working off the origional base shape the jigsaw puzzle of Tetrakaidecahedrons and dodecahedrons was moulded around the body.

The origional prototype was very straight and angular agains the body. The method of creation meant that each surface was at least doubled and proved very difficult to unroll.

PANEL AND FOLD ELEMENT OF THE FRONT

FINAL PROTOTYPE OF DESIGN

In order to fit to the body, the back section was cut to form a flat surface which will later hold the inflation network for the bubbles.

The final prototype on the body. The 3D model of Bill enabled us to scale it correctly and form a satisfacory design without numerous prototyping. It is here the benefits of computer modelling become apparent.

PROTOTYPE FABRICATION

In order to integrate the two systems smoothly, the idea of half card, half plastic modules developed. I like the way that the light reflects off the design and the potential it holds to be scattered across the design.

PROTOTYPE FABRICATION

For the prototype six inflatable ‘persoanl spaces’ were made to protrude from the front of the piece in order to enlarge the boundary surrounding the individual at will.

The inflatables were made out of a fine plastic to reflect the vulnerability of the boundary however large they may be.

In the design and creation of the inflatables careful consideration was given to the air flow and pressure.

Pushed taughed by the consistent air flow the inflatable is ridgid in its shape. There is a satisfying feeling possessing one at full capacity. Dispite its fragile materiality it feels firm and is surprisingly resistant to damage.

LESSONS LEARNT IN PROTOTYPING

Because of the thickness of the card and the required consistent accuracy of polyhedrons, folding and glueing the prototype was cause for a large amount of learning.

Certain methods of folding were prefable as well as certain glue types. Some glue bled through the paper whilst other glue took too long to dry.

Joining the poylhedra also required patience and time. Inaccurate modules would be entirely unable to teclate correctly with even 3 mm of error.

Bilal Hallak

PROTOTYPING

The back prototype reflected well on its creator, Jackie. Each row matched up correctly until the shoulder piece. The reduced size peices were omitted from the designs in order to allow for better connection with the developed shoulder piece of the modular panel and fold front.

Additionally, the height of the spikes was over shaddowed by the height of the front. In order to restore balance, a select number were increased in height.

Jackie Kirwan

FINAL DESIGN

The final design of the shoulder piece used entierly 3Dimentional shapes in order to form a connection unlike the previous prototype which relied on a number of thin 2Dimentional joints.

Spikes were trialed from the transition, places atop the dodecahedrons however the result was crude and inappropriate.

Due to the complexity of the shoulder and the cut away at the back the design required a number of specially tailored modules to be created. This meant for the front and shoulder there were eight different shapes to be unrolled some of which required up to 20 duplicates.

PRINTING THE FINAL DESIGN

FINAL FABRICATION

The final fabrication was a time consuming exercise with over 70 seperate modules to be glued, each with at least 4 tabs and most with 14 tabs.

It was necessary to be very careful and accurate with glueing so as to insure the successful tesselation further down the process.

Once all the modules had been assembled I started with the shoulder piece and worked my way down the interior of the front and later adding the very front peices onto the existing framework.

The exploded image of the shoudler joint shows the composition of the first stage.

SHOULDER CONSTRUCTION

The final product was a ridgid coral jewell looking thing

gasping for air and tabs as lips. It was unfortunate that that complexity and the internal

beuty of the design had to be hidden.

On top of this was laid the back piece which acted as

the structure on which the lungs of the design were to be

mounted.

Unforseen as a problem, the backpiece was too small. The difference in the thickness of

a line and the thickness of two pieces of card accumulated and marginally increased the

size of the design.

THE HEART AND LUNGS

These scetches show the experimentation and origional sketches of the lungs design. This element of the design acts as the safe transporter of air into the inflatables.

The design takes the single stream of air into its heart and from there dispenses air into the six adjoining tubes to the six inflatables.

The rough design is largely largely hidden and reflects the complex and often unexpected motivations and inner workings of an individuals personal space measure.

In this picture you can clearly see the development of the modules around the body.

FURTHER DEVELOPMENT AND FABRICATION

In order to integrate the ridgid modules into the spikes and around the body the idea from the origional prototyping stage was utilised. Modules were added around the sides of the body with elements covered by a tailored plastic film. To the viewer these dispersed the visual interaction with the desing making it more approachable from the front.

PRINTING THE FINAL DESIGN Jackie Kirwan

FURTHER SPIKES DEVELOPMENT

In Branko Kolareric’s reading Architecture in the digital age the method of fabrication we used is simply listed as 2Dimentional fabrication, the most common form. Whilst it may be common my awakening to ‘the digital age’ through this medium is most certainly ‘reconfiguring the relationship’ between my conception and production of ideas. Kolareric’s reading sparked my imagination and opened my eyes to new possibilities of fabrication to be explored next time round.

FINAL DESIGN A simple complex simple design that attempted too much and dreamt too little. If your personal space dictates protective services at the back and encourages interaction at different levels at the front depending on the situaiton and the people you face then this is representational of your personal space. And if the individual who wears this as their personal space, do be mindful, for once your personal space has been violated, those inflatable comforting spaces will leave a ridgid structure for your protected behind.

REFLECTIONThis process has expanded my horizons in the world of fabrication, and yet I know I am just scratching the surface. My initiation into the digital age comes at a time when the opportunities are increasing dramatically. Once alienated from the craft and mathematical abilities of manufacturing, designers new and knowledgable now have access to the production of one off customized products. As highlighted in Disturbed Capitalism, the market is shifting and the power is investing in the internet which enables limitless connections to a distributed manufacturing market. My design, however small, played a part in this new and exciting manufacturing process. My struggles to communicate my design ideas into Rhino computing technologies highlight the main issue in this expanding arena. Deamer Bernstein in Building (in) the Future suggests computers are the epitome of regularity, and humans; the invigorators of variability and risk in design. Together their capabilities regulate one another as I personally experienced in my design process. Both sides offered positives and negatives in my design and creation. With new reduction in the divides between fields has greatly benefitted my learning. I have felt the process we have undertaken to be highly progressive and positively developmental of my digitally aided crafting skill.

The heavily structured design process we undertook over the semester felt robotic and at times did not flow. However, this rigidity of the course I feel is beneficial in the learning and understanding of the complexity required in the design process. The process of research and sourcing a sense of narrative through precedents for a design acts to ground a design and enrich its form. The iteration of the design process took many forms throughout the semester with elements of ideation, design and fabrication being repeated time and time again.

As Thomas Heatherwick draws attention to in his TED talk, there is an importance of scale and the resultant soul of design. This semesters process exercised the conceptions of scale when evaluating and depicting the invisible boundaries that reflect the individual, their contextual background and their situation.

Originally I obsessed over the idea of a large personal space. I saw personal space to be something that you intuitively allow yourself to expand or contract but also may allow for more intimate individuals to enter into your personal space. Thomas Heatherwick inspired the rationalisation of this large all encompassing inflatable structure, in tune with the panel and fold system I had to incorporate. The result was a tessellation of my sense of personal space, formed out of two simple modules which nest seamlessly together. There creation out of card meant their rigidity was secured and yet hidden. The outer inflatables hide the firm structure of space behind and represent the comfort created in an expanded personal space. The meaning derived from the rigid structure underneath is obvious in the filmed performance. Personal space may appear large and comfortable, however, if violated, the expansive nature of the individuals personal space is irrevocable deteriorated leaving a bare, unyielding surface behind. In response to the personal space behind an individual, arose the warning defense system. Grounded in the naturally occurring protective mechanisms in the animal kingdom the back aims to exude a sense of warning and in doing so deter approach from the back. If approached the spikes reaching up and out would render interaction with the back impossible.

IMAGE REFERENCES ‘Cloud City’, Tomas Saraceno, viewed at <http://www.tomassaraceno.com/>.

‘Inflatable Cloud umbrella’, viewed at <http://www.inewidea.com/2009/03/18/7291.html>.

‘The Bubble Tree’, Pierre Stephane Dumas, viewed at < http://been-seen.com/travel-blog/go-cabin/inflatable-igloos>.

‘Evolution’ American Vogue, Lucy McRae, viewed at < http://www.lucymcrae.net/>.

Crocodile Skins, Google image search ‘crocodile scales’.

Bubble Pattern, Google image search, ‘bubble structure’

Honeycomb, Google image search ‘honey comb’

Beijing Water Cube, CSCEC + PTW + CCDI and ARUP, <http://www.ptw.com.au/ptw_project/watercube-national-swimming-centre/#>

Heath, A, Heath, D & Jensen, A 2000, 300 years of industrial design : function, form, technique, 1700-2000 Watson-Guptill, New York, Selected Extracts

Miralles, E, Pinos, C “How to lay out a croissant”, El Croquis, 49/50, pp. 240-241

Sommer, R 1969, ‘ Spatial invasion’ in Sommer, R, Personal space : the behavioral basis of design, Prentice-Hall, Englewood Cliffs, N.J, pp. 26-38

H.Pottmann,A.Asperl,M.Hofer, A.Kilian (eds) 2007 “Surfaces that can be built from paper” in Ar-chitectural Geometry, Bentley Institute Press, pp 534-561

Heatherwick, T (March 2011) Thomas Heatherwick: Building the Seed Cathedral [Video file] re-trieved from http://www.ted.com/talks/thomas_heatherwick.html

Scheurer, F, Stehling, H 2011, “Lost in Parameter Space?”, AD: Architectural Design, vol 81 pp. 70-79

Kolarevic, B, 2003 “Digital Production” in Architecture in the Digital Age - Design and Manufac-turing , Spon Press, London, pp30-54

Iwamoto, L 2009, Digital fabrications: architectural and material techniques, Princeton Architec-tural Press, New York, Selected Extracts

Charny, D “Thinking through making” In Power of Making, exhibition catalogue, 6 September 2011- 2 January 2012, V&A, South Kensington, London

Rifkin, J 2011 “Distributed Capitalism’ in The third Industrial RevolutionPalgrave Macmillan, New York pp107-126

Marble, S 2008 ‘Imagining Risk’ In P Bernstein, P Deamer (eds). Building the Future: Recasting La-bor in Architecture/, Princeton Architectural Press, New York, pp 38-42

READINGS