This project was proposed as a hybrid building component that utilized parametric modeling techniques. The design stems from components driven from two different objects- a toothbrush and butterfly. The elements taken from the toothbrush were the regular pattern of the bristles as well as the flexibility. The elements taken from a butterfly were the organic patterns that are created as well as a delicate wing structure. The elements were then combined to form a system that could be adapted for different building facade conditions. All modeling was completed in 3dsMax utilizing parametric modifiers.

The resulting hybrid building component was a breathable and flexible facade. This facade has the ability to adapt to a multitude of shapes by utilizing the rigidity of an interior structure (skeleton). The parametric design for the skin was modeled in 3dsmax as well as rendered in this program.

One key element of the design that was explored through digital modeling was the sprial staircase. This form was inspired by the flight pattern of a butterfly as well as the delicate structure that creates its wings. The staircase was also modeled in 3dsmax and rendered as a steel and glass component.