Research
Here is some of my research, with work spanning auditory perception in mixed reality, audio interfaces for extended reality, and new forms of musical interaction.
Experiences
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Voc-Synth: A new voice-controlled instrument concept
I proposed a new voice-controlled synthesizer instrument framework. More to come as the project develops.
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Designing Audiovisual Widgets for Extended Reality
Augmented Perception Lab · Human-Computer Interaction Institute
Advisors: Hyunsung Cho, David Lindlbauer
I spearheaded the design of novel audiovisual widgets within Extended Reality (XR) environments. I analyzed seminal literature on auditory cues and icons in order to come up with the next iteration for XR, and prototyped new methods to integrate with XR interfaces.
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Spatial Audio and the Ventriloquist Effect in VR
Auditory Lab · Department of Psychology
Advisor: Laurie Heller
I sought to make new findings regarding the ventriloquist effect to better understand multisensory interaction and perception in virtual reality. I designed and executed experiments to measure spatial audio localization thresholds of the ventriloquist effect in virtual reality, developing VR environments and auditory stimuli scripts in Unity to manipulate visual and spatial cues. I analyzed user localization data to understand multisensory perception.
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Personal Soundtrack Project
Augmented Perception Lab · Human-Computer Interaction Institute
Advisors: Alexander Wang, David Lindlbauer
I helped to prototype an adaptive soundtrack system, implementing prototypes to study music adaptation to user context.
Funding
- Summer Undergraduate Research Fellowship (SURF)Summer 2026
- Small Undergraduate Research Grant (SURG)Fall 2026
- BXA Small GrantFall 2026