Computation aided structural form approaches in concept design

In architecture, use of generative computation suggests a possibility of rethinking the structural form finding process. Besides the natural and artificial "becoming" process, it is easy to define the structural systems by using tension, material, form inputs with parametric design methods. This study explains a parametric design system for the structural form alternatives, which are related to local conditions about the problem. In addition, it locates the structural script into the systemical tool. This paper explains computational modeling for the structure that aims to using less material, to avoid the tension to idealize the form.