As a designer, I play with colour, modular systems, and materials; as a researcher, I investigate how colour, when applied with knowledge, can generate ceramic surfaces that are both more comfortable and safer. My work moves between order and improvisation, between visual expression and function. My research focuses on smart materials that transform in response to environmental conditions such as temperature or water. When activated by a stimulus, these materials allow traditionally stable surfaces to acquire new functions and behaviours. The aim is to apply these principles to the ceramic industry, enhancing thermal performance, safety, and aesthetics. A central question in my work is how to introduce flexibility, spontaneity, and interaction into surfaces that are typically rigid and permanent, without compromising durability or strength.
In this workshop, we will explore a playful interpretation of that idea, using a grid and small coloured units that bond when exposed to water. Each participant will then create modular arrangements. The elements have a surface coating that, upon contact with water, activates a binder, allowing them to bond with one another and stabilise the composition. This hands-on exercise will offer a pause from screens and theory — a chance to play, experiment, and create with simple materials. The technique will allow for rapid explorations that echo the logic of tilework and ornamental patterns, offering insights that can later be translated into larger-scale design projects.