Bracco /
Bracco’s infusion cart was intimidating, and not just because it was designed to churn out radioactive isotopes. It was a beast of a medical device; a mass of lead and sheet metal with a confusing array of analog controls. We were tasked to design a second generation product, and there was plenty to improve. Over the span of two years we defined, designed and deployed a next generation cart—from the casters up.
As the GUI designer of the team, I cataloged and translated usage scenarios into wireframe sketches. I consolidated and simplified tasks so technologists could worry about their patients, not their equipment. With the architecture firmly established, I developed a 60601-compliant aesthetic “skin” for the interface. Through implementation, I provided the software team with hundreds of graphic files, exported to perform within a restrictive ecosystem (QNX). For technologists who rely on rubidium infusion systems, we created a device that’s not just easier to use, it’s safer.
As the GUI designer of the team, I cataloged and translated usage scenarios into wireframe sketches. I consolidated and simplified tasks so technologists could worry about their patients, not their equipment. With the architecture firmly established, I developed a 60601-compliant aesthetic “skin” for the interface. Through implementation, I provided the software team with hundreds of graphic files, exported to perform within a restrictive ecosystem (QNX). For technologists who rely on rubidium infusion systems, we created a device that’s not just easier to use, it’s safer.


