Blending design and technology to create digital experiences

Designed a mindful AI experience focused on empathy, privacy, and creating space for genuine reflection. This project explores how artificial intelligence can support mental wellness while respecting emotional boundaries and maintaining user agency.

Through research with mental health professionals and extensive user testing, Therapy Beagle demonstrates responsible AI design prioritizing emotional intelligence over algorithmic efficiency, transparency over persuasion, and human dignity over engagement metrics. The project challenges conventional chatbot patterns by designing for care rather than conversation.

Partnered with leadership during my internship to design interactive dashboards and visuals that translated complex feedback data into clear, actionable insights. Working within real-world constraints, I learned to balance stakeholder needs, technical limitations, and user requirements.

The project focused on creating a scalable design system that could accommodate diverse data types while maintaining clarity and usability. Through iterative testing with internal teams, we developed visualization patterns that reduced cognitive load and accelerated decision-making for enterprise customers.

An analytical exploration combining cultural research with data visualization to understand community dynamics and identity formation. This project demonstrates how quantitative data can reveal nuanced cultural patterns when combined with thoughtful design and contextual understanding.

Through extensive research and careful data collection, I developed visualizations that make complex sociological patterns accessible while respecting the community's narrative. The project balances analytical rigor with empathetic storytelling, showing how design can bridge data and human experience.

An ambitious exploration of New York City's urban data through immersive 3D visualization. This project synthesizes multiple data sources transportation networks, demographic patterns, infrastructure systems into a cohesive, explorable three-dimensional interface.

The system demonstrates how complex urban data can be made accessible and engaging through thoughtful visual design, performant rendering techniques, and intuitive interaction patterns. Currently developing advanced filtering capabilities and temporal animations to reveal the city's evolution over time.