My Research Projects
Throughout my PhD and postdoctoral journey, I leveraged my technical and computational skills to make significant contributions to the field of vision science research. Collaborating with a diverse group of experts, ranging from neuroscientists to ophthalmologists, has not only broadened my perspective but also fueled my curiosity and passion for finding creative solutions. This collaborative effort has resulted in exciting discoveries and innovative solutions. Explore the details of these projects below to gain insights into the fascinating intersection of technology, computation, and vision science.
01
Investigating Visual Perception Using Computational Analysis
During my doctoral studies, I delved into exploring the neural foundations of visual perception through the utilization of magnetic resonance imaging (MRI) and advanced computational analysis. On this platform, you'll discover a simplified overview of some segments of my PhD projects. The content is crafted with an approachable tone, ensuring clarity for those who may not be well-versed in neuroscientific concepts [click to learn more].
02
Development of a Gaze-contingent Multifocal Electroretinogram (mfERG) Device
After completing my Ph.D., I redirected my focus within the realm of vision science along a different path. Drawing on my background in biomedical engineering, this project rekindled my passion for developing innovative medical devices. It offered a valuable opportunity to refine my skills in application-based research and advance my expertise in the field of medical devices [click to learn more].
