vita signs: vital signs monitor


 

DESIGN CHALLENGE

In the waiting room patients can experience different feelings such as tension, anxiety and frustration. Waiting and other medical and administrative processes involved can add up to an emotionally stressful experience.

If a design could help improve the experience for primary care patients, then it could give them peace of mind and at the same time make the doctor's office more productive.
 

Results

Self-service vital signs monitor for the primary care waiting room that measure blood pressure, heart rate, respiratory rate and temperature.

Some features include:

  • Non-invasive
  • Easy to clean
  • Accurate
  • Involves patients with their treatment
  • Secure wireless transfer of information
  • Improves levels of satisfaction for patients and medical staff

My Roles

Research
Sketching
Modelmaking
3D Modeling
UX/UI
Prototyping
Branding

 

 

RESEARCH

A starting point for research was to understand the steps involved in a doctor's visit for all the stakeholders, a competitive analysis of similar products in the market and persona creation.

 
 
 

CONCEPT Ideation, VALIDATION and Refinement

The design process started with sketching different forms and exploring how usability affects the proportions of the device and its components. Physical mockups based on human factors and sample use case scenarios were then created and tested to get feedback from users. Through multiple iterations the final direction was refined.

 
 
 

User Interface Design

At the same time that forms, materials and components were refined I started working on the user interface by creating use workflows, wireframes and refining screen flows that included error states and different levels of information based on users preferences.

 
 
 

Technical Specifications

Once a final direction was validated I proceeded to create exploded views and a CAD package with technical specifications for manufacturing.

 
 
Hero.jpg
 

Final model and product in use

As a final step I created a final model to show the product in use in a real-life environment.