The Wyndham Gateway project is looking for a big impact: to refresh it’s aesthetic by bringing forth the newest and most innovative of designs, something that will be achieved, in this Studio, with the help of parametric software. The question is clearly there; how can architecture provide a change and impact people all over the world? More specifically, how can our design deliver this to Wyndham City? Examples all over the world of parametric design such as De Young museum by Herzog and de Meuron are great to show us how architecture can perform differently along time by choosing certain material. The idea of a growing architecture is a good one that can be incorporated into our Gateway project. By doing this, the design will grow into the city, enabling it to stand out and at the same time become a part of it, and not just an aggregated object. The Museum represents both aspects of architecture: on one hand it stands out as new and innovative and on the other it perfectly blends in to the city.
Another example, Metropol Parasol, is deemed the biggest wooden structure in the world. The Parasols were all digitally modeled, stretching the physical limits to an unimaginable and new edge that wouldn’t have been possible without recent technology. In conjugation with ARUP Engineering, J Mayer H proposes this timber and polyurethane composition as a way to promote the city of Seville as a main tourist destination in the world. What the Wyndham council’s Gateway Project is looking for is something very similar: recognition. This project details and emphasizes parametric design as a means to overcome physical limitations and create something that would’ve taken a long time to calculate. It was a very ambitious project because it demanded state of the art procedures to be able to be built. Still, it represents what today’s architecture is moving towards and the different techniques that will become a part of tomorrow’s works. Technicolor Bloom is a project designed by Brennan Buck, 2007 that explores the potential of parametric design and fabrication in architecture. It is a full scale prototype produced by double curve and geometry to present structure, surface, fenestration and construction, at the same time providing aesthetics and elegance. It is built using plywood panels. Furthermore it shows how continuity can be archived in surface, structure, depth and color of architecture. This project is created using the adaptive tessellation algorithms for an outcome of a smooth and continuous tunnel. The flow of it is the main element that will be extracted and implemented into our Gateway design, proving that architects can not only convey ideas with paper and pencil, but develop them furthermore with these types of software that Buck has utilised in the creation of this project. He experimented and came up to something completely different that at the same time will be considered a precedent to what architecture is yet to come.
The De Young Museum, Metropol Parasol and Technicolor Bloom all have elements that we are searching for to introduce to our proposition. The Museum is an excellent example of how new projects can fall into the city and become a part of it right away. Metropol Parasol might be considered a bit different: its main goal is to create an impact and change the way a city looks, as to attract new attention to it. Finally Technicolor Bloom is a smaller scale work that illustrates the translation of an architect’s idea – through computer software – and into the real world, demonstrating the advantages of introducing parametric processes to a project. The benefits of using parametric software for our project are that it will integrate the design, analysis and evaluation process into a whole system. And through the exploration in this system, new opportunities and potentials can be discovered to come up with a more refined and optimized outcome.
TUTORIAL 1&18 TUTOR DAVE&JEROME GROUP MEMBER
GROUP EXPRESSION OF INTEREST It is not difficult to be observed from the example of the de young museum that parametric design can also helps in improving the performance of the building. In this case, the architects trying to using the facade to filter the natural light though the building, and the harmonize the building into its natural setting. Furthermore, this museum is also a good example of how computer models contribute to fabrication process. Specific to the gateway project concept of motion, this project perfectly create ‘motion’ effects are not only two-dimensional but also three-dimentional by using grasshopper definitions, which is a good inspiration for the gateway design. More importantly, the De Young museum is a great example of how architecture can perform differently along time by choosing certain material. The cooper facade of the museum enables the building to extend its performance to a endless growing process. It is though this process that the meaning behind the architecture and the concept is conveyed. And though this process, the building are more like a ‘organism’ rather than a ‘object’. The idea of making the architecture growing is a good idea that I would like to use in the Gateway design project. By doing this, I want to enable the design growing and changing with the city, in order to emphasize that the design is literally a part of the city rather than a added object. The parametric techniques enables architects to analyses and evaluate the design while it is still in developing. It integrate the design, analysis and evaluation process into a whole system. And though the exploration in this system, new opportunities and potentials are discovered by architects to come up with more refined and optimized design.
RESEARCH PROJEC
• Cooper façade: Simulate the light filtering though the tree’s canopy • Canopy pattern: Mimics the effects of natural environment in an attempt to harmonize the architecture with the landscape • Rust: Salt-laden wind from pacific ocean enhance the rust of the cooper facade • Series of variables are considered: depth of bump(11 sizes for varying material thicknesses, temper and hardness), bump diameter and shape, the number of intermediate sizes to the maximum bump depth, the different sizes of panel, the bump direction, and the layout of bumps on grids of various sizes,made necessary by restriction on tooling. • Computer model used for producing panel for fabrication • Limitation of technology restrict the minimum space between bumps Weather in reaction
RITGHT FRONT
Key elements:
PERSPECTIVE
Reverse-Engineering De young museum
TOP VIEW
CATERINA RUSSILDI 000 000 XIAOYAN WANG 371 054 MIAO XUE 387 344 WENYE ZHU 337 106
Arbitrary points
Wenye
Wenye
Explicit Grid
Radial Grid
Wenye Rotation
Wenye
Wenye
Wenye
Wenye
Wenye
Stream Texts
Surface Normal
Extrusion
Rectangle
Pattern Overlapping
Miao Xue
Wenye
Miao Xue Curve Attractor
Rotation
Boolean Pattern
Xiaoyan Attractor Point
Orientation
Xiaoyan Curve Attractor
Xiaoyan
Wenye
Extrusion
Wenye
Caterina
Xiaoyan
Rotation
Rotation
Wenye
Differentiated Change Pattern Polygon
Extrusion
Xiaoyan
Xiaoyan
Caterina
Xiaoyan
Xiaoyan
Miao Xue
Miao Xue Rotation on X
Miao Xue
Miao Xue
Xiaoyan
Xiaoyan
Miao Xue
Rotation in Z
Miao Xue
Curve Attractor Domain Change Math Function
Miao Xue Image Sampler
Xiaoyan Random
Miao Xue Miao Xue Miao Xue Miao Xue Rotation Shade Math Function Extrusion
Xiaoyan
Curve Attractor Rotation
Xiaoyan
Shade
Xiaoyan
3 Points Rotation
Cylinder
Wenye
Surface Grid
Miao Xue Lines
Miao Xue
Wenye
Xiaoyan
Wenye
Miao Xue
Wenye Extrusion
Image Sampler
Image Sampler Mirrow Curve
Xiaoyan
Hexagonal Grid Shade
Wenye
Miao Xue
Miao Xue
Image Sampler
Voronoi
Extrusion
Wenye
Rotation
Miao Xue
Rectangle
Caterina Caterina Caterina Caterina Rotation in X+Z Rotation on Z Hexagonal Grid Domain Change CMYK Change Triangular Grid Rotation in Y
Wenye Curve Attractor
Miao Xue
Curve Intersection
GROUP METRIX
Image Sampler
Extrusion
Xiaoyan
Caterina
Image Sampler
Xiaoyan Extrusion
Miao Xue
Math Function
Xiaoyan Delauny Edge
Xiaoyan
Rectangle
Xiaoyan Orientation
Math Function
Xiaoyan
Rotation
Xiaoyan
Curve Attractor Domain Change
Xiaoyan
Wenye
Wenye
Revolve
Caterina Image Sampler
Miao Xue
Extrusion
Miao Xue
Extrusion
Miao Xue
Xiaoyan
DESIGN NARRATIVES
MOTION
is the concept for the group. Referring to the location of the project, the design would influence the first impression of the city. In order to picture the Wyndham city as a vibrant and exciting place, we need a concept that is full of flexibility and variation. On the other hand, the location of the project is at the intersection of the highway. As a result, speed becomes an important part of the design that should be taken into consideration. Combining vibrancy and speed, the concept motion is derived. Through this concept, our group trying to bring fresh smell to the region by introducing something that can engage with the landscape and provide various visual effects in order to convey the information that the city is a progressive figure that keeps developing.
DVANTAGES 1. A concept that fully interacting with the site 2. Consideration of the city’s characteristics and its needs 3. Parametric thinking method that enable forms to be freed from restrictions 4. Splendid exploration of patterns 5. Sensitive consideration of the visiting experience which will guide the selection of form and material, to ensure that the gateway project is amiable to convey a sense of welcome 6. A friendly but efficient group environment