MeasamHealthcare Technology
Eliminated direct hardware contact during scans, addressing infection-control protocols in clinical environments. [NEEDS INPUT: measurable outcome]
Designed a clinical application that enables doctors and imaging technicians to run breast cancer screening workflows touchlessly — reducing infection risk, physical strain, and cognitive load during scans.
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Problem Statement
The existing screening workflow required clinicians to physically interact with hardware and software controls during active scans — creating infection risk from repeated contact, ergonomic strain, and fragmented patient records that slowed follow-up care.
Methodology
Conducted in-depth interviews with radiologists, X-ray technicians, and clinic administrators to understand the moment-by-moment workflow during a screening session.
Designed gesture and voice interaction patterns for touchless scan control, allowing clinicians to navigate screens, capture images, and annotate findings without touching shared surfaces.
Centralized patient history, scan timelines, automated measurements, and follow-up action queues into a single dashboard — reducing the need to switch between systems mid-procedure.
Key Decisions
Results and Impact
Shortened average screening session duration through streamlined workflow and fewer context switches. [NEEDS INPUT: verified number]
Eliminated direct hardware contact during scans, directly addressing infection control protocols in clinical environments.
Received strong positive feedback from clinical testers for intuitive gesture controls and reduced physical fatigue during long scanning sessions.
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