Thesis abstract:

«p»Human-Computer Interaction (HCI) has evolved significantly since its inception, expanding from traditional screen-based interfaces to more tangible and personalized forms of interaction. The advent of customized interactive physical interfaces represents a paradigm shift in how users engage with technology, offering more natural, intuitive, and engaging experiences. This shift is largely facilitated by advancements in computational design tools and the increasing accessibility of fabrication methods. Here, we investigate using computational design tools to assist the fabrication of tactile, auditory and visual forms of interactive physical interfaces.«/p»