Dancing Delicacies: Designing Computational Food for Dynamic Dining Trajectories

Contemporary human-food interaction design is often a technology-driven endeavor in which food's materiality has been largely underexplored. Building on the concept of "computational food", this paper explores the design of food as a material realization of computation through a material-centered approach. We engaged with a "Research through Design" exploration by designing a computational food system called "Dancing Delicacies", which enables food items to be "programmed" and "reconfgured" within dynamic trajectories. Our practice led to a design framework resulting in four original dish designs. Our dishes aim to illustrate the richness of this new design space for computational food. Furthermore, through engaging with expert practitioners from the hospitality industry, we provide a frst account of understanding the design of computational food for dynamic dining trajectories and its speculative use contexts in the industry. With this work, we hope to inspire researchers and designers to envision a new future of human-food interaction.