We can identify a milestone in computational design theories in the intersection between
paradigms derived from theories of complexity and technological developments in the early
90’s. These theories provided the l foundation to build interpretation of the potential of the
technology by adopting a language based on complexity to frame processes of generation,
analysis, selection and manufacturing. To better understand the roots and direction of
computational design theories, this study makes an in-depth literature review of four vectors
involved in the formation of current dominant theoretical and technical approaches: theories of
complexity, technological developments, professional practice and academia. The information
collected is organized in chronological order in parallel timelines to facilitate readings exposing
the intersections and synergies. The results show the emergence of theoretical approaches
based on the convergence of theories and technologies, proof of concept in professional
practice and consolidation in academia.

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http://papers.cumincad.org/cgi-bin/works/paper/sigradi2020_120