radiology workstation

Hologic Unifi Workstation*

(*patent pending) As co-design lead, my responsibilities included enforcing end-to-end UX throughout the product cycle, gathering user needs and formulating requirements, concept development and ideations, user testing, and prototyping.

radiology workstation

Hologic Unifi Workstation*

(*patent pending) As co-design lead, my responsibilities included enforcing end-to-end UX throughout the product cycle, gathering user needs and formulating requirements, concept development and ideations, user testing, and prototyping.

radiology workstation

Hologic Unifi Workstation*

(*patent pending) As co-design lead, my responsibilities included enforcing end-to-end UX throughout the product cycle, gathering user needs and formulating requirements, concept development and ideations, user testing, and prototyping.

The Problem
One-stop shop

Traditionally, analysing and diagnosing images of different modalities require multiple monitors and control panels – dedicated monitors and keypads/keyboards for each modality. This can lead to cluttered work spaces and inefficient work flow. Hologic offers diagnosing products for each of the breast imaging modalities – mammograms, ultrasounds, and MRIs. Each of the modality products come with their own set of usability issues that required improvement before combining all modalities into a single solution.

For the purpose of this case study, we will be focusing on MRI.

Design goals

Create a seamless experience to view and diagnose multiple modalities in a single workstation.

Business goals

Be the first to provide a single-source workstation, which would allow radiology centers to streamline diagnosing time and reduce cost.

DEFINING DECISIONS
Pains and opportunities

Evaluating the existing MRI software, what are aspects we can improve upon as we migrate the features into the unified product?

Allow for easy modality comparison

Consolidating all modalities into a single product allows radiologists to reduce the amount of monitors required to compare images. However, this also means all information needs to be easily readable and avoid information overload.

Lack of screen real estate
Lack of screen real estate

Due to the amount of information that needs to be overlaid on each image, there was very little real estate left to display custom tools.

Diagnosing tools easily accessible
Diagnosing tools easily accessible

Due to the size of the monitors (3073×2050) required to view radiology imaging, cursors often travel great distances from accessing a tool to marking the image. In the new design, there needs to be much consideration to reduce this distance and provide easier access points.

FIRST DRAFT
Let's brainstorm
  • Currently, there are multiple access points to use a tool

  • All of the access points to use a tool sit outside of the viewer and requires significant cursor travel.

  • Tools are not in any organized fashion; so users had to memorize where all of their tools are and the order of tools in their toolbar.

  • Lack of customization for radiologists to make their workflow efficient - efficiency is the most important aspect of a radiologist's workflow.

Initial wireframes
Through internal conversations with clinical researchers, we determined the order of importance for each tool. By doing so, we were able to create a “shortcut” toolbar that allows users to quickly access the tools they need to provide more efficient diagnosis.

Usability testing
Validating assumptions
Participants
8 participants - 4 men, 4 women, both Hologic and non-Hologic users
What worked well
  • Easy access to tools via the collapsed toolbar that lives within the viewport

  • Ability to read and manipulate MRI. images in teh same system that includes mammograms

  • Ability to have both kinds of images side by side so areas can be correlated

  • Tools are robust, users did not mention any tools that were missing

Participant suggestions
  • Overall consensus that participants liked the toolbar

  • Mentioned that learning the meaning of each icon would take time

  • Wanted more robust functionalities that allow more powerful diagnosing workflows

“I really like it… no one is doing that right now where you can look at MRI’s in the same system as your mammograms. It’s really cool… you can correlate DCIS and MRI. I love how easy it is to go through the MIP’s and the color and I really like how easy it was to correlate. The only issue was the Windowing
but I really love it.”

-Participant 1R

“I really like it… no one is doing that right now where you can look at MRI’s in the same system as your mammograms. It’s really cool… you can correlate DCIS and MRI. I love how easy it is to go through the MIP’s and the color and I really like how easy it was to correlate. The only issue was the Windowing
but I really love it.”

-Participant 1R

Final Designs
What we delivered
Working with a marketing agency to understand our branding goals, we created these visual mockups for stakeholders. Since radiologists work in dark rooms, we wanted to keep the designs compatible with low lighting while still providing enough contrast.
*tooltips were added in the next design iteration

Let's create something great!

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luu.jessica@gmail.com

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© 2024 Jessica Luu. All rights reserved

Socialize

Contact

luu.jessica@gmail.com

© 2024 Jessica Luu. All rights reserved

Socialize

Contact

luu.jessica@gmail.com

© 2024 Jessica Luu. All rights reserved