Transformable Architectural System (TAS) is a project inspired by the form of a jitterbug and provides a transformable and reconfigurable inhabitable system utilising autonomous embodied robots. The embodied robot consists of: joints to drive the unit to transform, skin systems that allow the openness of the unit and locking systems which realise the connection between units to aggregate into a cluster. The target audience for the project is digital nomads.

The system works in the form of aggregation and possesses the ability to rotate, walk, bridge and expand based on the movement of the unit. This is also reinforced with the aid of machine learning. TAS is a self-aware and self-adapting intelligent inhabitable system responding to user requirements and environmental conditions. Our project aims to provide a new type of architecture in contrast with traditional, static and unchangeable architecture. Unlike traditional buildings, which stay the same after completion, this new type of autonomous architectural system could adapt to the surrounding environment and possibly the requirements of the users.