Week 11 Readings

Week 11 readings – Collaboration

This week’s readings touches upon the property of materials and how physicists claimed that materials only carried mass in any weight. However there is more than meets the eye with materials and it becomes increasingly clear as materialists are able to break down material complexity throughout sophisticated conceptual and technical tools.

The scientific aspect is taken into account with materiality in regards to two historical people named Isaac Newton and his contemporary archenemy Robert Hooke, who came up with the first theory of material elasticity. This aspect needs to be considered when thinking about the materiality of the architecture as each object contains its own matter, and a range of loads that it needs to hold, and without these considerations, parts of the form or even the structure itself may deform.

Digital architecture overall consists of many different pathways, and it is difficult to tell where architecture will take us in the future. Contemporary free forms may or may not become a cliché which becomes a stepping stone and a benchmark into a new era of architecture.

References

DeLanda, Manuel, “Material Complexity,” in Digital Tectonics edited by Neil Leach, David Turnbull & Chris Williams (2004): 14-27.

Cache, Bernard, “Toward an Associative Architecture,” in Digital Tectonics, edited by Neil Leach, David Turnbull & Chris Williams(2004): 102-109.

Week 10 Readings

Week 10 Readings – Practice vs Project 5: Parametricim vs Parametric Thinking

Parametric design is defined to be an architecture which implements parameters of a defined range through the utilisation of parametric modelling software. The parametric software can also dig into a curvilinear design, which basically allows one to distort and manipulate a form in different ways. The possibility of parametric deign being available aids in the efficiency of designing architecture in regards to time and money.

 Algorithmic term is generally referred to solving problems through a procedural technique(s) or an instruction. Furthermore, the use of scripting languages manipulated bot by form but of code. Some examples of algorithmic design are created through the programming lanuages such as RhinoScript, Visual Basic, and 3DMaxScript.   

Through the use of both parametric design and algorithmic design, it has allowed the possibility of a variety of different digital research units such as the Gehry Technology which came from Gehry partners, and CODE at Zaha Hadid Architects. Parametric and algorithmic design is sometimes referred to as “parametricism” which ultimately enables the possibility of a new style in architecture.  Parametric and algorithmic terms are still yet to be fully understood completely, parametric design may or may not be a new digital technology but now a predominant basis of an aesthetic expression or style in architecture.

References
Schumacher, Patrik “Parametric Patterns.” In Theories of the Digital in Architecture, edited by Rivka & Robert Oxman (2014): 143-152. 

Week 9 Readings

Week 9 Readings : Practice vs project – 3: Nonstandard and Versioning

The term “Non-standard” architecture opposes the idea of a linear and a normalised design. The world is seen to have a one sided culture of production and products and this is seen in the process of the design.  Processes including the algorithmic systems which continue to develop into super-surfaces and hyper-surfaces which further allow the architect to mould and create generative forms which understands the organic aspects such as biological structures into their design. This very idea of analysing into a biological aspect is exactly what the non-standard architecture dwells in.

Virtual architecture is also mentioned in the readings to indicate the contradictions of the virtual space and how designs are slowly alternating or changing in its metaphysics to design. As well as that, the contradiction between the digital architecture and the hylomorphism remains unresolved. 

Reference

Migayrou, Frederic, The order of the non- standard: Towards a critical Structualism, in Theories of the Digital in Architecture , edited by Rvka & Robert Oxman (2014): 17-34.

Week 8 Readings

Week 8 Readings – The surface as architecture

The convergence with cyberspace and architecture increases in importance. Stephen Perrella, an architect and theorist who predicted hypermedia from the term hypersurface.  The emergence of these aspects as well as the computers and networks, unpacks greater expansion of a variety of commercial advertisements. 

In correlation to the postmodernist theory, games remain as the surface of things and tend to seem complex in its material features. The importance of materiality within the virtual space brings about the attachment of the complexity and the flexibility of computer programs. As a result the surface of buildings and objects may become limited to these attachments. Two specific motives are ultimately explored within the digital architecture. The first revolves around the notion that surfaces tend to lean more on the formation of the object rather than the volume of the object. The volume is referred to as the independent geometric flows whilst the surface focus more on the representation of those volumes and are more naturally animated in design. The second is based around challenging the fundamental binary structures that have been set out for a long time, such as the defining the differences between the exterior and the interior of the structure. The surface itself is not defined to be the result of the enclosure aspect of the building, but a design that is independent of it.

References
Picone, Antoine, “the surface as Architecture,” in Digital Culture in Architecture: an introduction for the Design profession (2010): 84-93

Assignment 3.2: Analytical Modles of One project (Concept Statement)

Servo Stockholm’s Hydrophile immerses and promotes the natural environment with its uniquely designed roof containing vegetation. The roof of this project predominantly encourages the possibility of being able to walk through the dense landscape, and utilising the lights within the structure from the interior through to the ground above. The parametric responsiveness with its environment is further seen in its architectural design which consists of protuberant shaped model that directs any flow of water to organic matter to help sustain the land. In order to maintain this, the materiality of the roof is designed in somewhat thick substrate layers in meadow areas, and thinner layers on dryer land. Through analysing the model further, the roof doesn’t just help with the enclosure factor of the building, but also dwell within the interior of the structure allowing the environment to also penetrate into the atmosphere whilst inside the structure.

The SHolm House also promotes the blending with its environment with its interaction between organic and synthetic matter in architecture. This design uniquely interacts with the exchange of natural energy particularly with heat and light and how it transfers its energies through an architectural medium and atmospheric moods with the varying lighting and colour intensity. The walls of the SHolm House are made up of expanded clay which contains air-filled cavities which strengthens thermal insulation features of its design. Like the Hydrophile project, the SHolm House is also designed partially with a green roof with porcelain tiles which also direct the flow of water to the vegetation. Analysing further in its appearance brings about the parametric responsiveness through the connection between the roof and the ground in the centre of the house. This further allows the interior of the house to be exposed to light and heat on the vegetation which might reflect various colours within the house.