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please click here to unsubscribe. American Medicare 2020 W 89th Street, Suite 110 Leawood, KS 66206 No emails 1110 Hayes ave Norfolk Ne 68701-4905 Architecture is often practiced in a world dominated by the many, the client or the public and in many cases only understood by the few. Architecture has been relatively unsuccessful at moving forward with the world often failing to relate and communicate with cultural shifts, changing ways of life and the advancement of technology. Where other design related practices such as the automotive industry have blossomed, re seeded, re grown and regenerated with shifts in the way people live and the technology of the present, architecture seems to have floundered. As a result architects currently work in an environment employing century old technologies, with a client market which avoids risks to personal gain at all cost and a public which often still sees the president seen in architectural history as the very form of a relevant architectural future. The masses seem bewildered by the possibilities presented by the possibilities of the present. Even fellow practitioners and academics within the architectural discipline would appear to be slightly taken aback by the possibilities now available to us. Not just on a technological level, but the impact that these new techniques ma have on the very basics of architectural theory and form. This brings me to my question... Computer aided design changed many design orientated professions such as the automotive and aeronautical industries as far back as the 1980's when they were first properly developed. A digital revolution if you will. Compare this to architecture where production and design still use techniques, theory and knowledge developed during the industrial revolution. Although the majority, if not all architects do use some form of computer aided design techniques the boundaries can still be pushed further. Processes such as BIM (building information modelling) are starting to become a real force in architectural design in places such as the USA. BIM is a process where the architect does not simply draw a line as with traditional drawing techniques or with programs such as AutoCAD (which to an extent, is simply a digital version of a traditional drawing) but instead when an architect draws a line, he draws a wall, with the possibility to combine this information with a limitless selection of properties be they size, cost, structural or how they relate to other members in a design. BIM begins to hand back the title of "Master Craftsman" to the architect, where the architect can see how design develops as a whole and make changes accordingly. Parametric and algorithmic architectures are currently at the forefront of the BIM architectural thinking, they are the products of the few created using advanced computer scripting techniques and individually written pieces of software. Using the latest design technologies available to us, combining this with the modern materials and production techniques often developed in fields which have embraced the digital revolution more openly, parametric and algorithmic design can begin to challenge cultural, technological and historical boundaries which architects have maybe failed to fully challenge in the recent past. Parametric design is a process based not n fixed metric quantities such as traditional design but instead, based a consistent network of relationships between individual objects, the bricks are different but they are connected with the same bond. This allows changes to a single element whilst working with other components within a system. In a similar way to that of parametric design, developments in scripting have allowed for algorithmic design processes to advance. These allow complex forms to be grown from simple methods while preserving specific qualities. In the most basic sense, a user defines a set of rules, and the software would arrange the form according to the rules. If parametric design is a method for control and manipulation of design elements within a network of any scale, algorithmic design is a system and objects producing complex form based on simple component rules. With the combination of these methods, principles, modern production techniques and materials parametric and algorithmic architectures have the potential to push architecture, beyond doubt into the 21st century. Age old architectural problems and theory such as "form vs. material" and "form vs. function" can begin to be solved in new ways, construction times can be reduced, materials can be managed more efficiently, and building qualities can be improved significantly. In the analysis and comparison of two projects utilising parametric and algorithmic architectural design principles, I aim to fully understand how relevant these forms and methods of producing architecture really are when compared to their traditional counterparts. I have selected my examples from opposite ends of the architectural scale size wise, but from a similar family of traditional public architectural type form, analysing how relevant the parametric forms are in relation to different situations and settings.