What would it be like if machines could move so smoothly and vividly that they seem familiar and almost emotional? This question is at the very core of research investigating inflatable structures made from a flexible material. The aim is to create technologies that are safe, appealing and approachable.
The structures are characterized by their organic mobility, which is made possible by special manufacturing techniques. Modern methods such as laser cutting and 3D printing are used, as well as unconventional approaches such as welding with a simple hair straightener. These approaches show how functional and reliable shapes can be produced in an accessible way.
Another focus of the work is on so-called “shape transformation”. This involves researching how surface designs and textures influence the movement and appearance of structures. With the help of small pumps, pressure sensors and control systems, shapes are created that change dynamically – they expand, contract or “breathe” like living beings.
