Re[in]spired textile is research on skin prosthetics, capable of respiring, providing thermal comfort to users, responding to stimuli received from the environment. The design methodology deploys digital technologies that enable experimentation with complex forms through simulations, towards creating dynamic systems that adapt to different topologies, geometries, scales and environmental conditions. Additive manufacturing can create complex objects directly from 3D models by stratifying material layers, allowing prototypes to be customisable. Dual-material 3d printing technology, enables the...

Re[in]spired textile is research on skin prosthetics, capable of respiring, providing thermal comfort to users, responding to stimuli received from the environment. The design methodology deploys digital technologies that enable experimentation with complex forms through simulations, towards creating dynamic systems that adapt to different topologies, geometries, scales and environmental conditions. Additive manufacturing can create complex objects directly from 3D models by stratifying material layers, allowing prototypes to be customisable. Dual-material 3d printing technology, enables the...

Re[in]spired textile is research on skin prosthetics, capable of respiring, providing thermal comfort to users, responding to stimuli received from the environment. The design methodology deploys digital technologies that enable experimentation with complex forms through simulations, towards creating dynamic systems that adapt to different topologies, geometries, scales and environmental conditions. Additive manufacturing can create complex objects directly from 3D models by stratifying material layers, allowing prototypes to be customisable. Dual-material 3d printing technology, enables the...