NeuroTransformer: Transformer Model for Motor Imagery Classification
Developed models for decoding motor imagery from EEG, gaining experience working with noisy physiological signals and building robust analysis pipelines.
Virtual Reality & Human-Computer Interaction
I am an aspiring computer science researcher studying how people experience, adapt to, and remain comfortable in virtual environments. My work focuses on virtual reality interaction, cybersickness, multisensory perception, and human-AI interaction.
Virtual reality
HCI & UX
Cybersickness
Human-AI interaction
Current position
M.S. Computer Science, University of Florida
Focus: Human-Centered Computing & Virtual Reality
M.S. Computer Science, University of Florida
Focus: Human-Centered Computing & Virtual Reality
Selected highlights
A snapshot of my research and development work.
VR Cybersickness Camera Rig
Built a configurable VR camera system to explore how perturbations in speed, rotation, and trajectory affect user comfort and sickness.
Get Cooking! VR
Designed a VR cooking environment with tasks such as cracking and flipping eggs to investigate interaction techniques and performance in everyday actions.