Improving player performance via streamlining data presentation and reducing cognitive overload during high-stakes gameplay. World of Warcraft is a massive multiplayer online role playing game (MMORPG) that has been captivating players since 2004 with complex systems and challenging group content.
Role: UX Designer and Researcher. Team: Player community researchers. Timeline: 12 Weeks. Stack: Figma, Miro, Eye-Tracking.
Mythic Plus dungeons in World of Warcraft require players to process enormous amounts of information simultaneously: health bars, ability cooldowns, enemy cast bars, positioning, timer countdowns, and team communication. The default UI presents this information without hierarchy, forcing players to visually scan the entire screen to find critical data points. This cognitive overload directly impacts player performance and enjoyment.
Conducted eye-tracking studies with players during Mythic Plus runs to understand visual scanning patterns and information seeking behavior. Analyzed where players looked, how long they fixated on different UI elements, and which information they missed during high-pressure moments. Surveyed the player community to understand pain points with existing UI configurations and addon usage patterns.
Applied information hierarchy principles to redesign the raid interface. Grouped related information, established visual priority through size and positioning, and reduced visual noise from non-essential elements. Created a design system for consistent UI components that could be configured for different player roles: tanks, healers, and damage dealers each have different information priorities.
The redesigned interface achieved 50% faster reaction times to critical game events and 65% less eye movement during gameplay. Players reported reduced fatigue during long gaming sessions and improved ability to process information during the most demanding encounters. The project demonstrated how UX research and information design principles from enterprise software can be applied to gaming interfaces.
Incorporated accessibility considerations including color contrast for colorblind players, scalable UI elements, and configurable layouts. The design system ensured consistent interaction patterns across all interface components, reducing the learning curve for new configurations.
Redesigning a complex interface? A designer tames information overload.