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A six-day research visit across Brera, Centro, Isola, Tortona, and Rho Fiera — tracking installations on 3D printing, tangible interfaces, generative AI, and inclusive design, alongside concurrent PQE preparation.

Enhancing children's understanding of farming through tangible user interfaces and embodied interaction design.

An AI-powered wearable musical instrument designed to enable novice players to create music through intuitive interaction.

Research on typical development (TD) children's privacy learning often neglects autistic children's unique needs. Therefore, our study aims to understand their challenges in learning privacy and design an effective privacy education game for them. We designed a serious game, RedCapes, and recruited 9 autistic children and 6 TD children to evaluate the game.

Explored the design of a prototype named WooGu with tangible user interfaces (TUI) and embodied interactions, which aims to improve young children’s food literacy. WooGu presents three design features: a cube displaying user interfaces, step-by-step tasks guiding children to learn food from farm to table, and hands-on props made by cardboard empowering embodied interactions.

In this work, we propose PetGen, an application that can generate varying virtual pets' appearances following the Five-Factor Model (FFM) based on AI algorithms. The 3D voxel virtual pets' appearances were initialized under four initial archetypes and then underwent recombination, dyeing, and texturing stages, where AI algorithms were applied as filters.