Goal
Create a modular interface library for high-density aviation data. Focus on clarity, contrast, and flow so complex metrics surface in a structured, human-readable way.
A dark-first design system focused on aviation analytics: live flight tracking, performance telemetry, weather, and system health metrics — all visualized in a high-contrast layout optimized for precision.

Create a modular interface library for high-density aviation data. Focus on clarity, contrast, and flow so complex metrics surface in a structured, human-readable way.
Design direction, system architecture, and component design. Established grid, spacing, and typography rhythm for consistent UX.
The interface had to hold operational density without becoming visually noisy.




Designed dark-first with balanced contrast between text, surfaces, and charts. Readable under both ambient and cockpit-lighting conditions through subtle luminance layering.
Compact layouts with consistent paddings, restrained lines, and clear hierarchy — letting operators parse multiple system states quickly.
AeroUI demonstrates how high-density operational data can remain legible through disciplined hierarchy, restrained motion, and a cockpit-like visual rhythm built for real-world scanning speed.