
Investigates accessible smartwatch interactions for users with upper body motor impairments through two studies, offering insights and design recommendations for improved wearable technology accessibility.

Explores how meaningful choices in narrative games impact player experiences, highlighting moral, social, and consequential aspects that enhance appreciation and engagement in both entertainment and serious game contexts.

Explore techniques to make blocks-based programming accessible for visually impaired children, addressing barriers and providing guidelines for inclusive touchscreen interactions.

Explores the characteristics and design of idle games, developing a taxonomy and analyzing game features to deepen understanding of this minimalist gaming phenomenon.

Explores co-designing visual tools with chronically-ill teens and parents to improve symptom communication in pediatric care, enhancing patient-generated data integration and clinical conversations.

Explores political and economic factors impacting tech innovation in sub-Saharan Africa, revealing how structural constraints shape possibilities for development beyond user-centric approaches.

Explore Dynamic Brushes, a programming environment that blends manual and procedural art creation. Learn how this tool transforms stylus inputs into complex patterns, enhancing traditional drawing practices.

Explores impact of overview devices in multi-device collaboration for trip planning. Reveals benefits for decision-making, organization, and group dynamics in co-located collaborative tasks.

Explores transgender individuals' perceptions of Automatic Gender Recognition technology, highlighting concerns about privacy, accuracy, and potential harms. Offers recommendations for designing gender-inclusive digital systems.

Explore how personalized animated movies can enhance self-reflection by visualizing mood and behavior data, leading to greater emotional engagement and deeper introspection.

Explore SymbiosisSketch, an innovative hybrid sketching system combining 2D and 3D techniques for creating detailed augmented reality designs. Learn how this approach enhances creativity and precision in 3D conceptual design.

Scalable DIY fabrication workflow for prototyping stretchable devices using CO2 laser cutter. Includes techniques for multi-layered circuits, buried VIAs, and a sensor toolkit for makers and interaction designers.

Exploring user interactions with HR chatbots, analyzing conversational patterns, and discussing design implications for adaptive conversational agents that balance functionality and playful engagement.

Enhancing touch-based input with transient pan and zoom gestures for improved navigation and rapid view manipulation on touchscreen devices, reducing repetition in multi-level navigation.

Explores the evolving relationship between theory and design artifacts in HCI research through a series of field deployments, offering insights into the complex interplay of theory and practice in design-oriented studies.

Innovative system for real-time 2D character animation, featuring a multi-touch interface and predictive model to streamline artwork swaps during live performances, enhancing storytelling capabilities.

Automatic system for recognizing and digitizing physical circuits, enabling real-time software representation to enhance debugging, experimentation, and sharing in electronic prototyping projects.

Innovative flexible haptic interface using magnetic actuators for wearable devices. Combines high performance with low energy consumption, enabling rich tactile feedback in mobile and VR applications.

Innovative 3D design interface combining sketching and generative algorithms for early-stage design exploration. Enables designers to visualize multiple solutions in context, enhancing creativity and decision-making.

Interactive tool for rapid analog circuit design using programmable hardware. Enables real-time manipulation, feedback, and testing without manual assembly, streamlining the iterative design process.

Innovative flying spherical display using rotating LED tapes on a drone, creating high-resolution images visible from all angles. Potential applications include guidance, signage, and telepresence.