Cross-Platform Design
Elegant cross-platform design is about creating cohesive experiences across web, mobile, and spatial environments while respecting the strengths and constraints of each. My work focuses on maintaining clarity, continuity, and usability as interactions move between platforms, ensuring systems feel connected, intentional, and familiar wherever they are experienced.
Examples
The following examples present one design visualized across web, mobile, and spatial platforms. Each shows how shared interactions and structure adapt to different contexts without losing clarity or intent. Click on them to view them larger.
A digital twin, powered by agentic AI and complex datasets.
This spatial interface extends the same operations control system into a spatial environment using Apple Vision Pro, allowing controllers to view, organize, and interact with familiar operational data in three dimensions. Core elements such as flight status, crew tracking, alerts, and weather are preserved while being arranged spatially to support peripheral awareness, rapid scanning, and flexible focus.
This single-pane-of-glass operations interface was designed for airline Operations Controllers and Duty Managers to manage flights, crews, aircraft health, and disruptions in one unified view. It brings together real-time flight status, alerts, weather, crew connections, and geospatial flight tracking, allowing controllers to quickly assess risk, understand downstream impacts, and prioritize action. The design emphasizes situational awareness, clear hierarchy, and reduced context switching in a high-pressure operational environment.
Consolidating 6+ data sources into a single view.
This tablet and mobile view extends the same operations control system to support Operations Controllers and Duty Managers working wherever they are, on the device that best fits the use case. The interface preserves the core structure, hierarchy, and critical data from the desktop experience while adapting layout, density, and interactions for touch-first use. By maintaining consistent mental models across devices, the design enables users to monitor flights, assess risk, and respond to alerts seamlessly across devices.