With the advent of the digital age and advances in technology, many complicated computation and programming can be carried out on the computer.The traditional weaving patterns were hard to calculate and draw manualy, however through the design calculation method the difficulties are resolved. Therefore, this study is based on digital design, integrating textile structural systems,experimenting with the fabrication of actual materials and discussing the possible applications in building construction. In discussion of weaving architecture, there are a three aspects of discussion can be start with.Firstly,is the architectural form of weaving, outstanding geometry outlook’s is the key of consideration throughout the design process, weaving technique often seen in apply on complex façade design. Secondly, is the weaving of architecture and the environment,which can be interpreted by the society,humanities and surroundings to explain the relationship of architecture in different contexts because of various factors.Finally, is to consider the possibility of lightweight building for the textile-structural, weaving itself can strengthen the unit of lightweight materials, which will produce new perspectives of architectural tectonic.This study focuses on the third element -- the relationship between material and structure. This research begins to understand weaving techniques found in fabric, as the foundation methodology to be further develop into basic modular unit. Following with the considerations of potential material, carbon fibre and glass fibre as the main materials in experimenting using robotic arm to circulate the designed path of weave. Research is done in modular system via parametric tools, then develop into building façade system throughout a series of modular interconnection. In general, the objective would be experimenting carbon fibre and glass fibre weaving potential in architecture by means of digital design tools, following by digital fabrication and assembly of actual scale model. Outcome of the research aims to open up a discussion on the relationship of weaving architecture and digital fabrication as a platform for future researcher to explore.