Bio

My research sits at the intersection of accessibility, human-AI interaction, and digital fabrication. I study how AI, parametric modeling, and 3D printing can enable more inclusive, real-world tools for creating customized assistive devices. I also explore ubiquitous computing for health and accessibility through wearable and smart-textile systems with sensing and real-time feedback, and I investigate healthcare-centered customization challenges such as improving pathways for custom external breast prosthetics using 3D scanning and survivor-informed research.

Area(s) of Expertise

AI + digital fabrication + parametric modeling for inclusive computational tools and real-world systems/services, Ubiquitous computing for accessibility and health, Human-computer / Human-AI Interaction (HCI/HAI)