A bit more content is provided below with introduction to the context of research but for full details about the application please visit this link.
Over the last 30 years, we have witnessed a large-scale digitisation of archictectural practice. Contemporary architecture is almost exclusively produced using digital tools, and the computer has become a key tool in the way architecture is thought of, designed and produced. Today, digital tools have an impact on architecture on the most simple level to the most complex one. If on the one hand, the computer is a simple drawing tool that we use to represent our surroundings, its is on the other hand also the medium through which we seek solutions to complex contemporary issues that our society faces. It is through these digital tools and their potential to compute large amounts of data with a high degree of complexity that we as a knowledge society seek to find solutions to the urbanisation of mega-cities, globalisation and sustainability.
This shift has placed new demands on our represenation forms. The new information models that are able to actively calculate the economic, environmental and spatial effects of a proposal, have transformed architectural representation into a dynamic and flexible medium that is able to interface directly with outside knowledge fields. However, information models also have there own inherent problems. They become larger because they contain data from the many practices that constitute the construction industry, they become longer because they are expanded to include several of the building phases and they become deeper because the specific volumes of information, which the models must be able to handle, are growing.
This results in a dramatic increase in complexity, and leads us to question the fundamental ways in which information models are organised. If we as architects and engineers must work with large datasets and must be able to simulate and analyse these in ways that make sense, it is necessary that we consider how these models may be presented.
Today, information models are reproduced in accordance with architecture’s traditional development in three dimensions. As an automation of plans and section views, the 3D model serves as a continuation of the traditional architectural drawing hall. This PhD project will explore how other forms of information organisation may help to create intelligent tools for architectural design, analysis and realisation. To manage these digital models concretely and optimally, it is essential to have a critical understanding of how parametric and generative computer models may be developed and monitored.
Applications are to be handed in no later than Wednesday 1 February 2012 at 12.00 noon.
