Hi, I'm
Graduating Biological Sciences student at UC Irvine with a concentration in Neurobiology. Passionate about cognitive neuroscience research and the neural mechanisms underlying human behavior and cognition.
I'm a motivated and enthusiastic graduating third-year Biological Sciences student at the University of California, Irvine. I have a strong interest in neurobiology, psychology, and cognitive neuroscience research, especially the neural mechanisms underlying human behavior and cognition. I'm eager to continue building my skills in collaborative, research-focused environments.
Currently serving as an Undergraduate Research Assistant at Dr. Chrastil's Spatial Neuroscience Lab, where I work with functional neuroimaging (MRI), data analysis, and contribute to studies investigating the neural and behavioral factors underlying individual differences in spatial navigation.
Outside of academics, I enjoy spending my free time dancing on the MCIA dance team, playing the piano, hanging out with friends, and playing video games with my brothers.
UC Irvine Undergraduate Research Opportunities Program (UROP) Symposium
Presented original research examining how different learning strategies shape spatial navigation and memory. Using an immersive virtual-reality maze, the study investigated whether local (landmark-based) and global (layout-based) strategies help individuals learn and navigate an environment more effectively than having no explicit strategy.
Through a series of navigation and pointing tasks, the study measured wayfinding success, angular error, and path efficiency, while analyzing exploration behavior to understand how strategy use shapes spatial learning. The goal: to determine whether explicit strategies that build landmark associations and topological connections can enhance navigation performance and strengthen the acquisition of detailed graph and survey knowledge. Conducted in the Spatial Neuroscience Lab under mentor Daisy Vargas and faculty advisor Dr. Chrastil.