BrainNavigator
BrainNavigator is an online, interactive, 3D software tool that extends and advances the application of brain atlases and maps images of brain anatomy, helping neuroscience researchers save time and improve the quality of their daily research. BrainNavigator helps locate the position of structures within the brain, making visualization and communication about scientific findings about the brain easier.
I led the UI design for BrainNavigator, my goal was to create an intuitive, visually precise interface that empowers researchers to navigate complex brain structures, streamline their workflows, and communicate scientific insights with clarity.
Working closely with neuroscientists, product managers, and developers, I translated highly technical requirements into a clean, user-friendly interface that integrates advanced 3D visualization with powerful navigation tools. I focused on designing a layout that simplifies access to essential features such as anatomical structure search, slice navigation, and coordinate mapping—ensuring that researchers could locate regions of interest quickly and with confidence.
The redesigned UI not only enhances usability but also improves cross-team communication by providing a visually coherent and interactive way to explore and present scientific findings. This project demonstrates how thoughtful interface design can accelerate research and support innovation in neuroscience. This design has received the prestigious PROSE Award in 2009.
-
Browse Atals
I designed a user-friendly navigation system that supports both experts and new users in browsing high-resolution brain images with ease. Key features include adjustable virtual slicing, allowing users to move through the brain in customizable planes, and advanced search functionality that surfaces relevant structures and atlas information in real time.At the heart of the redesign was a focus on intelligent navigation and streamlined search, enabling users to effortlessly locate and explore specific brain regions, structures, and coordinates. To support the daily workflows of neuroscience researchers, I also incorporated tools for annotation, saving customized views, and sharing work globally with colleagues—facilitating collaboration and accelerating discoveries. The interface was crafted to be both powerful and accessible, ensuring all users—regardless of their technical background—can browse, interact with, and contribute to the growing body of knowledge in brain science.
-
Style Guide
I also created a comprehensive style guide for both desktop and mobile versions, detailing typography, color schemes, iconography, components, and responsive behaviors. This ensured a cohesive visual language and smooth cross-platform experience, while enabling the development team to implement the UI efficiently and consistently.