Folded plate structures are attractive to both architects and engineers for their structural,
spatial, and plastic qualities. Thin surfaces can be stiffened by a series of folds, and thus
not only cover space, but also act as load bearing elements. The variation of light and
shadow along the folded faces emphasizes the plasticity of space and envelope. Folds not
only create structural depth, but also perceptual deepness. Folds give rhythm to space, and
variations can be used to express a spatial sequence as well as to modify the structural
strength. Because of this we are convinced that a design method which rapidly generates
and modifi es folded plate structures is of great interest, and can form the basis of a productive
collaboration between architects and engineers.