Project Abstract

My project explores how quilting can become a structural feature to products through the use of a computer numerical control (CNC) embroidery machine. Quilting is widely known as a handicraft known to be created by hand or by sewing machines, whereas its use through CNC machines is less common. I explored ways in which the same quilted pattern effect can be recreated through the use of a CNC embroidery machine making detailed and controlled stitches from a computerized design.

Quilting is also commonly defined by its repurposing function of patchworking fabrics together to create new products while also having a strong decorative function through the manipulation of batting, fabric material, stitch length, pattern designs. I focused on manipulating the quilting technique of trapunto where quilts are deliberately padded to a design to create an emphasized 3D appearance.

My approach is more experimental and looks at ways in which I could intervene in the mid-quilting process, through the use of odd materials and manipulate the computerized file through its stitching types and densities.

The trapunto quilting technique deliberately contrasts padded to stitched areas to emphasize raised quilt areas. This 3D feature is further explored through using stretchable fabrics and varying the amount of cotton stuffing from soft to hard quilts. These also demand new quilt patterns that can be accessible to stuff and when stuffed can themselves be shaped into a self-standing 3D structure.

The final product focuses closely on the connecting feature of quilt stitches and how its decorative design function of cotton padding can expand to a structural function of a 3D household product.