I'm a second-year master's student in Information Systems - Connective Media at Cornell University (Cornell Tech), where I work with Prof. Wendy Ju in the Interaction Research Laboratory.
My research interests encompass Human-centered AI, Human-Robot Interaction, Ubiquitous Computing, and Brain-Computer Interfaces (BCI). Particularly, I focuses on exploring how technologies can be integrated into daily life to enhance cognitive abilities, social interactions, and user experience. Some of my recent research projects include: detecting social discomfort in shared-rides, developing wearable BCI devices for user authentication, and investigating user behavior and decision-making strategies through EEG analysis.
Previously, I worked as an undergraduate research assistant in the Human-Automation Interaction Lab at National Chengchi University, supervised by Prof. Shih-Yi Chien.
Gazo is a 3D-printed EEG-based BCI device with an integrated display and sensing module, featuring a portable, standalone, and monocle design. The sensing module monitors 3-6 channels of EEG and the display module features a transparent screen to provide visual stimuli for SSVEP and functions as a graphical user interface with minimal visual disruption.
Brain-Computer Interface EEG Ubiquitous ComputingA series of studies that adopt EEG headsets to collect and examine human brain activities to evaluate participants’ cognitive perceptions toward the robot in different collaborative contexts.
Human-Robot Interaction EEGThis digital fabrication project utilized laser cutting and 3D printing to create a Cornell Tech miniature music box. The hidden spinning plate holds a magnet that guides the red bus around the campus, creating a playful experience.
Digital Fabrication Computer-Aided Design