SLOW/KINETIC/AMBIENT

A deployable shelter finds it shape in the form of environmental mimicry, taking cues from wind speed, temperature, and humidity. The shelter is a prototype for a system that can create a loop of information and action between the structure, the environment, and its inhabitants with subtle motions and changes in atmosphere. The shelter attempts to make visible connections between natural and artificial environments and their occupants in ways that are usually unrealized through visualization and interaction. The form of the shelter becomes a collaboration between the inhabitants and the environment.

The project is a study of an approach which integrates intelligent computing and ambient media at the scale of the structure. We propose to realize these technologies at the human scale to understand their affect on the situational context of the surrounding environment by developing a prototype for a shelter that senses and responds real-time to environmental conditions, such as heat, wind, and humidity. The structural system will incorporate a shape memory alloy (SMA; a type of metal that changes form when energy, such as heat or electricity, is applied) and ambient information systems that will make a visible connection between climatic conditions of the natural environment and spatial conditions of the built environment that can be understood by casual users. The interaction of inhabitants with the dynamic structure will be enabled by the communication of the environmental sensors to the SMA actuators that will physically alter the structure. We hope to develop a system of interaction that sets up the potential for learning patterns between the user and the environment.