Case study

Consultation notes

2022

CONTEXT

I worked at a company that provided online consultations with licensed practitioners. The practitioners were distributed across several fields: healthcare, mental health, finance and career counseling. The majority of the practitioners were in the primary care and mental health sector.

When a patient has a consultation, it’s required to have some type of record of the event. Each type of practitioner has a unique set of standards for their records.

There were primarily 2 tools used to conduct a consultation:

Care Platform

  • The company's proprietary product used to queue and communicate with patients through video, voice or chat

External EMR

  • The second tool was an external product. An electronic medical record (EMR) used to store patient information

PROBLEMS

It was becoming impossible to manage all of the standards, undocumented processes and change management as the medical operation teams scaled.

The second tool was essential to the business and was unexpectedly acquired by a competitor, so it was a risk to continue using it.

Problems that I was more interested in:

  • No reliable usage data from the external software
  • Switching back and forth between both products caused the practitioners to create manual workflows and processes that were difficult to track, maintain and teach
  • We could not make significant improvements to the user experience of the medical staff because we had no control over the external tools’ roadmap

APPROACH

The broader company goal was to stop using the external tool by merging all the necessary functionality into the Care Platform. The first feature to be ported over was the consultation note because it was core to the interaction between practitioners and patients.

The project started early 2022 and I led the design. I worked closely with my scrum team consisting of a tech lead, product manager and several software developers. There were a host of stakeholders from several of departments including product, engineering, clinical quality and medical.

When I started the research, my initial set of questions were centered around the general themes:

  • The consultation journey
  • The information they were recording
  • Their screen set up and working-from-home set up
  • Pain points from the current experience

I performed research through attitudinal and behavioural methods with surveys, monitoring stats through logs, interviews and shadowing sessions.

Stakeholder alignment meetings and presentations
Workshop ideation sessions
Research sessions to learn how the practitioners worked

I hosted frequent research and progress meetings with a rotating group of users because I had to speak to many different types:

  • Medical Doctors
  • Nurse Practitioners
  • Registered Nurses
  • Psychologists
  • Mental Health Specialists
  • Financial Planners
  • Career Counselors

The medical operations team was a complicated network of practitioners, logistics staff, team leads, clinical quality specialists and medical directors. The challenge was getting as many of the roles involved in the process while also creating channels to pass information.

High level findings:

  • Most providers use a single monitor. There were very few power users, and through logs, we determined the majority had a screen size of ~1300px
  • Consultation notes varied significantly for each type of practitioner, so multiple templates would be required
  • It was tedious to switch back and forth between different tabs/screens on a single monitor
  • Templates in the external software had limited functionality and required a lot of typing
  • Access to medical notes and change logs were not handled with sufficient access rights
  • It was difficult to parse all the information in a note
  • Consultation notes for Medical Doctors and Nurse Practitioners required far more functionality compared to all the other practitioners

DESIGN

The Episode page in the Care Platform represented a unique instance of care where the information about a consultation is stored.

There were 2 primary challenges:

  • Adjust the episode layout to include the note taking feature
  • Create consistent note workflows for every type of practitioner

Adjusting the layout

The screenshots below show the original layouts for the episode page:

The standard view where practitioners and patients communicated through chat
The consultation mode where the practitioner would have video appointments with patients

I hosted workshops with PMs, designers, engineers and practitioners to experiment with layouts. I continued to interview users to ask which parts of the interface were important over the journey of a consultation. 

Low fidelity representations of the layout helped me adjust all the individual sections.

Standard view

Before

After

Most of the information in the left panel (Patient profile) was only important before the consultation, so I wanted to find better ways to use the space. I introduced a tab structure that allowed the practitioners to access all the information anytime.

Consultation view

Before

After

In the old consultation view, the ‘Logistics’ section could be merged into the new feature, so I removed it to make the layout less cluttered.

Consultation notes required a significant part of the screen. Practitioners typically had half their monitors dedicated to the note, so I made rough guidelines for screen sizes from the research.

Creating consistent patterns

The high level steps for the feature were fairly easy to understand. Differences in workflows came up during the research, however they could be expressed in the content of the note.

The workflow started from the note list. This was the left panel in the episode screen that contained profile information. Several iterations were made to address various use cases.

There was also a significant opportunity to improve the content of the note. We made changes to each template by reframing questions, adjusting copywriting and introducing more intuitive UI components.

The templates were created over years which resulted in unnecessary content and an awkward implementation

I designed the templates to fit in a narrower width so that more space could be dedicated to the video.

RESULTS

98.5%

Adoption

13+

New behavioural metrics

60%+

Reduction in templates

5

Processes standardized

The usage data was valuable because it served as a starting point for discovering opportunities to improve the feature moving forward. The reduction in templates and process standardization contributed to making the medical team more consistent with their operations.

THOUGHTS

There were several big challenges with the project:

Advocating for research

There was pressure to deliver designs and implement them without speaking with users / medical staff. I spent significant effort convincing stakeholders that rushing into implementation only opens up the risk of building something that doesn’t fit the need.

I set up multiple channels and ways for the medical staff to express their needs and feedback in visible ways.

Lack of education in the design process

There was an assumption that design work is fully completed before engineering can begin working.

Engineering stakeholders believed that design and engineering work could not be done in parallel, so every moment design wasn’t fully completed was less time for engineers to build.

I worked with engineering leads to unblock the teams by showing the value of low fidelity designs, and how they were sufficient to unblock the engineers while giving design more time to work on refining solutions.

I frequently presented incremental progress to stakeholders in order to ensure the solution was directionally correct.

Conflicting information

During the research phase, it felt like every person on the medical team had a different interpretation of what was necessary. The only way to move forward was to work with the medical team to figure out the accountability structure. I ended up working with many team leads because they had first hand experience while also having the authority to make process changes.