Product Design · Medical Software
Mimics Enlight
A structural heart planning application that transforms patient CT data into interactive 3D models -- giving interventional cardiologists the spatial clarity to plan TAVR, MITRAL, and LAA procedures with precision and confidence.
The Challenge
Interventional cardiologists planning structural heart procedures face a critical gap: 2D imaging cannot adequately convey the spatial complexity of patient anatomy. Suboptimal device sizing and planning carry serious clinical risk. The challenge was to design a workflow that made 3D anatomical data navigable and clinically actionable -- reducing cognitive load under time pressure while supporting precise, confident decision-making.
UX Research & Interaction Design
Designed the clinical workflow for anatomy navigation, precise measurement tools, and multi-phase procedural planning -- translating complex 3D imaging data into clear, actionable interfaces for time-pressured clinical environments. Contextual research with interventional cardiologists and imaging specialists informed the information architecture and interaction patterns that support confident decision-making at each planning stage.
Outcome
A more precise, lower-friction planning experience for interventional cardiologists -- giving structural heart teams the spatial clarity to size devices, measure anatomy, and plan TAVR, MITRAL, and LAA procedures with greater confidence and fewer ambiguities.
Multi-phase planning
Aorto-mitral angle
MAC page
Rib cage view
Virtual reality - TMVR