AR Medical Bracelet

Bridging the Physical with the Digital — It's 2017 and after an emergency appendix removal left me puzzled by the sparse, user-unfriendly information in my hospital room, I explored a prototype for an AR-enabled medical bracelet.
(My Role)
Lead Product Designer
(Skills)

+ User Experience
+ Visual Design
+ Animation
+ Prototyping

(Team)

+ Myself

(Company)
Personal
AR Medical Bracelet
(Case Study)
(Challenge)

Closing the Information Gap: Revolutionizing Healthcare with AR for Enhanced Transparency, Accessibility, and Patient Engagement

Lack of Transparency:

Hospitals often use medical jargon that's hard for laypeople to understand, creating an information gap.

Accessibility:

Not all necessary information is readily available or easy to access, particularly when the medical staff is not present.

Patient Engagement:

Patients often find themselves in a passive role during their healthcare journey.

(Goal)

To design an AR-enabled medical bracelet that acts as an interactive interface between the patient and their medical information.

The Prototype

Phase 1: Ideation

As I laid there waiting for updates, I jotted down ideas and sketches, considering elements like UI/UX design, accessibility, and information hierarchy.

Phase 2: Technology Selection

I opted for AR, as it doesn't require the user to diverge from their existing environment—ideal for a hospital setting.

Phase 3: Creating the Prototype

Using Sketch, After Effects, and Principle, I created a prototype focusing on the medical bracelet. When scanned by an AR app, it would display:

  • Basic Patient Info: Name, age, room number, etc.
  • Medical History: Quick icons representing past medical issues or surgeries.
  • Current Status: Vital signs, recovery progress, next steps in treatment.
  • Interactive Features: Option to call a nurse, view surgery notes, and so on.
(Result)

Prototyping a Future of Healthcare

Results

Even though this was an initial prototype, it showcased the potential for:

  1. Increased Transparency: The AR app decodes medical jargon into understandable language.
  2. Enhanced Accessibility: All essential information is now a scan away.
  3. Empowered Patients: Allows patients to take an active role in their healthcare journey.

Future Scope

The possibilities are numerous:

  • Expanding the view to include the patient's entire medical card.
  • Incorporating animations that guide the patient through their treatment process.
  • Adding data points that can be interactively explored for deeper insights.

Conclusion

The experience of going through emergency surgery underlined the glaring need for more user-centric designs in healthcare settings. While this AR-enabled medical bracelet is only a prototype, it opened my mind to the possibilities of bridging the physical with the digital in profound ways — It feels like the future.

(Work History)

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