Parametric Kinetics

This thesis examines how parametric modelling can be used in the design process to aid in the development of a kinetic architectural skin. A parametric scripting process has been used to control morphological change in architectural models. This has enabled the description of responsive kinetic form, and has facilitated a process of iterative design development. At the conceptual stage, weather data has been used to generate responsive form, enabling exploration into a range of potential designs. At the developmental stage, static and dynamic iterative modelling has been used to inform the development of a final skin system. The process of iterative modelling has introduced a high level of feedback to the design process, allowing for a thoroughly developed architectural system that performs well against established design criteria. This thesis proposes that parametric modelling is a credible tool for the development of dynamic architectural systems.