A METHODOLOGY FOR COMPUTATIONAL DESIGN TOOL RESEARCH

A difficulty with research in computational design methods is in evaluating the capabilities and merit of the fundamental research output beyond initial benchmark tests that compare to theoretical examples. While this is a necessary step in method development, issues involving integration of computational methods within the design process are often overlooked. This need for better integration of tools throughout method development, was highlighted as an important issue for the future of design research at the UK DTI/EPSRC 1999 Workshop [1] as well as by Vergeest et al. [2] in the context of novel design tools. Fast feedback cycles from experimental use in education and practice could lead to the development of methods that are both theoretically capable and suited to achieving these capabilities within varying design processes. Thus, as researchers, we need the necessary tool set and support to rapidly prototype research systems without being unnecessarily hindered by implementation details and fast changes in computer technology and standards.