




FORM
-->Division for car park
-->Separate terraces
-->Allows views through to the heritage
-->Opened restaurant and jazz bar to the street (curtained wall is read as invisible)
-->The light internally is cast onto the curtain walls, lighting the wall- and creating an almost lit display board to attract people for the centre of Coogee to come and explore this region.
-->Visual array from apartments
-->Spatial array in the layout
-->Sense of rhythm and movement
-->Glass boxes from the apartments and the jazz bar are infused with bright fluorescent light that fills the space and glows around the darkened apartments – symbolising the private - public division
ENVOLVEMENT
-->Involves local vegetation
-->Cross Ventilated
-->Sun orientated
-->Material sensitivity
-->The apartments are counter levered out from the building alluding to the metaphor that they are on the sea (from the bedrooms you can’t see any underlying structure).
-->Plants are used to blur the boundaries of the lines in the structure – to bring back a vegetative state to the building and local environment
LIVING
-->Heightening and redefining the way that you live – compartmentally
-->Ambiguity of not knowing where the apartments lie and what encompasses them
-->Massing is visually separated and disintegrated into the landscape and the site
-->Private and public spaces are literally represented as all public spaces (Jazz bar and Restaurant) and semi-public spaces (the entertainment room of the apartments) are visible through a transparent glass curtain wall, and all private spaces are hidden within the walled parts of the structure
-->The building is ‘cut apart’ to filter light through the circulation light shafts, through the gaps in the building to the lower residential levels, and into the far reaches of the base of the structure.
Firstly, its shape is created by a literal visualization of motion flows of pedestrians, cars and buses across the site, Provides an effective demonstration of how fluctuating dynamics can be incorporated into architectural forms.
The dynamic setting; cars and buses, pedestrians and vehicles, underground and over ground, land and water, was initially simulated as a set of forces and geometric particle systems of varying physical weights and velocities.
By allowing form and structure to be designed within an unstable realm of variable, fluctuating dynamics and movements, Lynn believes that architecture will move away from its inert logic of stationary relations into an operative rhythm of transmission and interaction.
The dynamic simulation takes into consideration the effects of forces on the motion of an object or a system of objects, especially of forces that do not originate within the system itself. Physical properties of objects, such as mass (density), elasticity, static and kinetic friction (or roughness), are defined. Forces of gravity, wind, or vortex are applied, collision detection and obstacles (deflectors) are specified, and dynamic simulation computed.
Lynn believes that the defining element of the topological architecture is its departure from the Euclidean geometry of discrete volumes represented in Cartesian space, and the extensive use of topological, “rubber sheet” geometry of continuous curves and surfaces, mathematically described as NURBS - Non-Uniform Rational B-Spline curves and surfaces. In the topological space, geometry is represented not by implicit equations, but by parametric functions, which describe a range of possibilities.
The shape of a NURBS curve or surface is controlled by manipulating the location of control points, weights, and knots. NURBS make the heterogeneous, yet coherent forms of the topological space computationally possible. By changing the location of control points, weights, and knots, any number of different curves and surfaces could be produced
My second set of explorations were developed in response to motion and kinetics as my first set of explorations except that I conceptualized motion as inherent actions that have the ability to affects their external environment through their movement. I started off with spheres of influenced that were of varying magnitude (scale as well as shape) and placed them in particular order and orientation beside one another. I then simulated their forces and began to play with their influence on the other forms in reference to their magnitude.
From this point I decided to introduce more stimuli to the physical form I had created. I simulated external forces passing over the area of manipulated spheres and ellipses and predicted the actions that would result from such an experience. My modeling emulated the type of occurrence that would happen when wind, water or some fluid substance would pass over solid matter and leave particular flow patterns and movement.
The fluid smooth textured form that was created was them concentrated into a form that could be manipulated through the illusion of motion, described earlier as frozen movement. This movement expressed an almost unique characteristic that is both dynamic and static. Through rotated movement and then a captured and frozen frame my model started to take shape emulating cinematic stop motion picture or photo frames. The form became static when it has to freeze at a certain state so that it may be modelled.
Open plan- Le Corbusier’s Pilotus. For area flexibility & use i.e. functions
Ease of transition between spaces governed by the orbital foyer.
Transparency of the bldg all spaces -necessary for the concept of communion with nature
Centralized use DYNAMIC/ decentralized inactive spaces STATIC
Overlapping of function areas i.e. (1)multipurpose rooms open into each other (2)storage spaces intercede (3) bathroom open into change rooms that open into the hall etc. (4) cleaning spaces are hidden and linked to required areas. (5) Grand stand
Also segmentation of the areas i.e. storage, multipurpose rooms, sporting, café etc.
Curved walls swell and move in response to the bldg shape and governing traffic paths dominant and define throughout the structure
Open centre that unifies all levels through the openness and the open plan both applies horizontally and vertically in this way.
I imitated and appropriated my materials from the visibility of the site
Organic concrete imitates the sand on a micro scale with its structure and form
"Organic Concrete by e-studio” Organic Concrete with a permeable surface allowing plants to grow out of it. Exploiting the ability of concrete to trap and retain water, Organic Concrete can harbor and nourish plants even during a dry spell. These permeable living surfaces will allow you to incorporate a bit of greenery directly into your designs.
Concrete such as this is used to bring the site into the structure in a tame and manageable manner
Glass reflects the sea for urban and vice versa for the hills of the grass chaemilic quality.
Glass in its self is a slow moving liquid not a solid and therefore appropriates the sea in its material and light quality
The glass is used to bend light into the deeper regions of the structure – convex lens
Grass and concrete is used to imitate the site and blends the surface of the bldg into the site
The grass roof also assists in the thermal properties of the structure
Open façade is green as it captures winter sun light and projects it onto the thermal mass – concrete and radiates the heat later when the temperature is lower – thus warming the bldg
The bldg relates directly to the oval & so does the car park creating a valley or site region in which the landscape orientates.
This gives a sense of community within this geographically enclosed space
Spectators and team players are unified as they are all on the same field with no fence divisions or barriers.





















Ratan Tata
Carlos Slim
Zhang Yin