Generative Design: Toward a World of 'Unique Copies'

This post is the English translation of an article I wrote in Turkish, which was published by Radikal Newspaper's monthly Design supplement on 29 November 2009. Images are taken from Kram/Weisshaar's website.

Breeding Table No. 7 (Photo: Frank Stolle)

Art critic Rosalind Krauss was posing the following questions almost a quarter century ago: "What would it look like not to repress the concept of the copy? What would it look like to produce a work that acted out of the discourse of reproductions without originals?"* A contemporary approach named 'generative design' is creating the very culture of 'reproductions without originals' Krauss was envisioning.

Recent technological advances provide designers with the possibility of modeling not only the form but also the 'DNA' of artifacts. This is precisely what is of primary concern to 'generative design': how to design not only the artifacts themselves but, more importantly, the processes that will produce those artifacts. Therefore, what 'generative design' actually designs--thanks to software such as Processing and Mathematica--are algorithmic processes, which then result in the production of unique products.

Stockholm based design studio Kram/Weisshaar's project ‘Breeding Tables’ is one of the best examples to generative design. Clemens Weisshaar and Reed Kram intend to revert the conventional idea that has long since lain at the heart of industrial product design profession: coming up with 'original' designs for mass-production. Their goal instead is to be able to create an infinite number of unique products--in the case of this specific project, tables. In order to do so, the duo turn to contemporary manufacturing technologies. Eventually what they design is a process, which is based on a computer code developed specifically for this project. Forms that are distinct from one another are physically manufactured by laser-cutting and steel-bending machines which are again controlled entirely by computers. To be more clear, each process results in table legs that each have a unique geometry.

The diagram showing parameters set by the Breeding Tables software

(Image: KRAM/WEISSHAAR)

It is important to examine in further detail the impact brought about by 'generative design' with respect to the ethical and legal issues that evolve around the concept of intellectual property. The notion of 'the copy' continues to have nightmarish connotations for designers in newly industrialized societies, due for the most part to the loopholes in intellectual property law and/or the application thereof. (An example is Turkey where professional designers are currently lobbying in order to fill such loopholes. Their effort resulted in a draft law that was presented to the Parliament last February, which suggested that all designs, officially patented or not, should be protected by law.) However, there is another side of the coin: the fundamental shift brought about by the Information Society paradigm opens up for debate the very established notions such as 'intellectual property.' A popular example to such debate evolves around the 'open-source' phenomenon, which has enabled individuals to share the fruits of their creative processes with one another with almost no legal protection. As a result, especially in the post-industrial West, conventional design processes that focus entirely on the 'end-product' are increasingly abandoned. The pioneers of 'generative design' also hint at a future where designers adopt process-oriented approaches: exploit possibilities presented by the latest technology, and work with time as their new medium--and information, their new material. Furthermore, advances in manufacturing technologies reduce the cost differences between mass-producing the same product, and fast-producing unique products--in other words, "rapid prototyping". As Kram/Weisshaar’s 'Breeding Tables' shows, generative design does not aim to produce an infinite number of copies based a single, unique design but rather pursues to create infinitely many originals without being based on an initial prototype. This is precisely why the validity of the notion 'end-product' is threatened by such projects: in the last analysis, the commercial value/intellectual property to be protected by law is not the 'end-product' but rather the design process (including the software and algorithm) that allows designers to create those products.

Generative design stands out also as a strong alternative to the recent method of 'mass-customization', which is often preferred by designers who aim to provide a diversity of alternatives to the end-user. The sneaker giants such as Nike and Converse, who popularly prefer to use such method establish platforms on their websites with the claim of allowing users design their own unique sneakers. Here, their aim seems to be to increase the number of unique options for end-users and perhaps include them in the design process. However, to what extent this aim is accomplished is rather questionable. As many color, texture, pattern options as 'mass-production' can claim to provide, the number of truly unique products defines a limited domain. Additionally, it could be suggested that such method delegates a good portion of design tasks to users, which in turn consumes their time and energy. Given that generative design invalidates the very notions of 'originality' and 'copy' by allowing the production of an infinite number of unique copies, it would not be unfair to suggest that it will soon surpass methods like 'mass-customization'. Finally, the world of "unique copies" Krauss was talking about twenty years ago, seems to have been realized by 'generative design'--and in a rather legal and ethical way, too.

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*Krauss, Rosalind E. 1986. The Originality of the Avant-garde and Other Modernist Myths. MA: The MIT Press.