Ex-Lead Product Designer | Amazon Robotics
Situational Awareness: Orchestrating Autonomous Swarms through Contextual Intelligence
Surfacing Critical Telemetry: Eliminating Alarm Fatigue by Prioritizing Human Cognition in High-Density Environments.
Dynamic Information Layering
Developed a contextual "Heads-Up Display" (HUD) that utilized CSS overlays to hide complex telemetry until an anomaly was detected, reducing background noise by 60%.
State-Machine Visual Hierarchy
Engineered a 5-tier color and motion hierarchy that allowed operators to distinguish between "Faulted," "Blocked," "Joystick", "Available" and "Offline" robot states in under 0.5 seconds.
Zero-Loss Navigation
Synchronized 3D spatial zooming with "Uber-style" plain-language status (e.g., "3 mins away") to bridge the gap between raw telemetry and human expectation.
Proactive Anomaly Detection
Designed a pulsing "Emergency" state logic that automatically surfaced a robot's internal health diagnostics the moment its path was obstructed, slashing investigation time.
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