The purpose of this thesis is to investigate the potentials of textile architecture through a multi-layered study of the knitting technique and to show how the pre-programmed surface pattern affects the global geometry while being inflated. The empirical part of the study was conducted through sets of experiments with various knitted samples activated pneumatically into a shape. Knitted fabric surfaces were formed into the cushion and later were filled with the multiple latex inflatables. The outcome of the system is a continuous element that bends according to the assigned surface differentiation and creates a spatial division. The multiplication of the elements with different geometrical behaviors and surface features can result in a larger scale architectural object that creates different spatial situations for inhabitation.