Ceribell: Medical Notification System Research & Design

During my 6-month internship at Ceribell, I participated in designing operational manuals, conference booths, and conducted multiple rounds of user interviews and usability tests, many of which I cannot share in detail.
For this project, I contributed to designing the medical notification system to improve communication in healthcare institutions, resulting in a user satisfaction score of 8.4 in the pilot version.

During my 6-month internship at Ceribell, I participated in designing operational manuals, conference booths, and conducted multiple rounds of user interviews and usability tests, many of which I cannot share in detail.
For this project, I contributed to designing the medical notification system to improve communication in healthcare institutions, resulting in a user satisfaction score of 8.4 in the pilot version.

During my 6-month internship at Ceribell, I participated in designing operational manuals, conference booths, and conducted multiple rounds of user interviews and usability tests, many of which I cannot share in detail.
For this project, I contributed to designing the medical notification system to improve communication in healthcare institutions, resulting in a user satisfaction score of 8.4 in the pilot version.

During my 6-month internship at Ceribell, I participated in designing operational manuals, conference booths, and conducted multiple rounds of user interviews and usability tests, many of which I cannot share in detail.
For this project, I contributed to designing the medical notification system to improve communication in healthcare institutions, resulting in a user satisfaction score of 8.4 in the pilot version.

Role

UX Design

User interviews

Usability Testing

Role

UX Design

User interviews

Usability Testing

Role

UX Design

User interviews

Usability Testing

Role

UX Design

User interviews

Usability Testing

Industry

Medical Device+ AI

Industry

Medical Device+ AI

Industry

Medical Device+ AI

Industry

Medical Device+ AI

Duration

Feb 2024 - Aug 2024

Duration

Feb 2024 - Aug 2024

Duration

Feb 2024 - Aug 2024

Duration

Feb 2024 - Aug 2024

Challenge

Ceribell offers a multichannel seizure diagnosis solution set, including detection hardware, AI algorithms, and a medical portal for EEG reading and reporting. Since seizures have a short duration and require immediate attention, the medical portal must facilitate timely communication between the bedside team and neurologists.

However, the working schedules and affiliations of neurologists vary significantly, leading to different notification preferences. This underscores the importance of flexibility and customization in design.

Outcome

We designed a notification system that allows customization of notification types, active times, and corresponding healthcare institutions. We then interviewed four neurologists for iterative feedback.

The final version of the notification system received a user satisfaction score of 8.4 in the pilot version.

We designed a notification system that allows customization of notification types, active times, and corresponding healthcare institutions. We then interviewed four neurologists for iterative feedback.

The final version of the notification system received a user satisfaction score of 8.4 in the pilot version.

We designed a notification system that allows customization of notification types, active times, and corresponding healthcare institutions. We then interviewed four neurologists for iterative feedback.

The final version of the notification system received a user satisfaction score of 8.4 in the pilot version.

We designed a notification system that allows customization of notification types, active times, and corresponding healthcare institutions. We then interviewed four neurologists for iterative feedback.

The final version of the notification system received a user satisfaction score of 8.4 in the pilot version.

Design Solution: Weekly & Monthly Shifts

We created both weekly and monthly shift options to accommodate users' needs.

They can create shifts and set active time slots based on their schedules.

We created both weekly and monthly shift options to accommodate users' needs.

They can create shifts and set active time slots based on their schedules.

We created both weekly and monthly shift options to accommodate users' needs.

They can create shifts and set active time slots based on their schedules.

We created both weekly and monthly shift options to accommodate users' needs.

They can create shifts and set active time slots based on their schedules.

Design Solution: Link Shifts to Notification Types and Organizations

Based on the shifts they set, users can modify the events for which they want to receive notifications.

Based on the shifts they set, users can modify the events for which they want to receive notifications.

Based on the shifts they set, users can modify the events for which they want to receive notifications.

Based on the shifts they set, users can modify the events for which they want to receive notifications.

Users can enable, disable, and modify the notifications they receive.

For each event, they can create different levels of notifications to ensure nothing is missed.

Users can enable, disable, and modify the notifications they receive.

For each event, they can create different levels of notifications to ensure nothing is missed.

Users can enable, disable, and modify the notifications they receive.

For each event, they can create different levels of notifications to ensure nothing is missed.

Users can enable, disable, and modify the notifications they receive.

For each event, they can create different levels of notifications to ensure nothing is missed.

In the Organization Setting submenu, users can customize the notifications they wish to receive for the specific organization.

In the Organization Setting submenu, users can customize the notifications they wish to receive for the specific organization.

In the Organization Setting submenu, users can customize the notifications they wish to receive for the specific organization.

In the Organization Setting submenu, users can customize the notifications they wish to receive for the specific organization.

Approach

Iteration Based on Feedback

Due to the demand for flexibility and customization, the interface design inevitably becomes complex.

To address the challenge that users might get lost or confused with the notification settings, we created several versions of the interface and interviewed four neurologists to determine which one is the most intuitive and straightforward.

Due to the demand for flexibility and customization, the interface design inevitably becomes complex.

To address the challenge that users might get lost or confused with the notification settings, we created several versions of the interface and interviewed four neurologists to determine which one is the most intuitive and straightforward.

Due to the demand for flexibility and customization, the interface design inevitably becomes complex.

To address the challenge that users might get lost or confused with the notification settings, we created several versions of the interface and interviewed four neurologists to determine which one is the most intuitive and straightforward.

Due to the demand for flexibility and customization, the interface design inevitably becomes complex.

To address the challenge that users might get lost or confused with the notification settings, we created several versions of the interface and interviewed four neurologists to determine which one is the most intuitive and straightforward.

We iterated the design based on the insights and launched a pilot at three institutions. From the pilot, we received a user satisfaction score of 8.4 when neurologists were asked to use the provided scale to rate the product we reviewed.

We iterated the design based on the insights and launched a pilot at three institutions. From the pilot, we received a user satisfaction score of 8.4 when neurologists were asked to use the provided scale to rate the product we reviewed.

We iterated the design based on the insights and launched a pilot at three institutions. From the pilot, we received a user satisfaction score of 8.4 when neurologists were asked to use the provided scale to rate the product we reviewed.

We iterated the design based on the insights and launched a pilot at three institutions. From the pilot, we received a user satisfaction score of 8.4 when neurologists were asked to use the provided scale to rate the product we reviewed.

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Siying Wang

Projects

Resume

About me

Copyright 2024 by Siying Wang

Siying Wang

Projects

Resume

About me

Copyright 2024 by Siying Wang

Siying Wang

Projects

Resume

About me

Copyright 2024 by Siying Wang