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The aim of this study is to create smart wear that brings out the perspective person’s individuality and creativity wearing these garments through var ious interactions. It is intended to build a prototype for a "Shape-folding Dress", whic h is length-adjustable skirt that responses with the environment of the wearer. In this proc ess, four basic physical properties can be identified with fabric samples selected which are relatively stiff, including fusible interlining, organdy, silk, and ramie. In addition, two types of folding pattern specimens, "Basic Pattern" and "Diamond Pattern", and heat-stea m were used to make the specimens so that the correlation could be calculated by recove ry rate among flexing, stiffness and tensile properties. As a result, compared to othe r fabrics, the silk showed low stress to repeat folding and unfolding process, and its recovery rate of elongation deformation was stable without being affected by the different folding types and twice repeated process. In this study, forming a circuit using an Ard uino, illuminance sensor, motors, and pulley, the prototype was created with a silk fabri c. Key words : Arduino, recovery rate, Shape-folding, stiffness, tensile properties

A Study on Change of Pleats Shape and Fabric Properties: Interactive Shape-folding E-textile with Arduino