Abstract: The article explores interdisciplinary approaches in architecture related to the use of sewing and textile production technologies. The main technological processes of manufacturing sewing and textile products, as well as adapted sewing production technologies in research prototypes and real buildings and structures made of wood are considered. The research is conducted on the basis of an interdisciplinary approach, involving knowledge from the history of architecture, applied arts and design, information technology and engineering. Special attention is paid to the experimental work of the University of Stuttgart, where automated production processes are used to create experimental architectural prototypes from multilayer wooden veneer. As a result of the study, three main stages of technological processes for the manufacture of garments were identified, which can be adapted for the manufacture of architectural objects. It is demonstrated that an interdisciplinary approach using sewing and textile technologies leads to a revision of techniques and methods in the fields of construction engineering, automation, digital manufacturing and materials science. Experimental prototypes and structures not only have efficient and resource-saving qualities, but also have a high level of architectural and artistic solutions. The use of sewing technologies opens up new opportunities for creating innovative and unique forms and designs in architecture.