Role & Responsibilities
- Competitive analysis
- User interviews
UX Design:
- 4 iterations of low & high fidelity
UI Design:
- Style guide
Usability testing:
- 3 rounds of testing
Timeline
First MVP: Q2 2022
Target Launch time: Q3 2022
Tools
Photoshop, Illstrator
Zoom,Jira
Client: MSK Cancer Center
Oncologist
Medical Physicist
Radiation Therapist
Scheduler/Coordinator/Nurses
Team
Bing Liu
Jerry Hong
Zoe Li
Nancy Li
PROBLEM
Design a patient insight dashboard that will show the longitudinal patient records and reflect the current patient treatment situation
By 2030, there will be 23 million new cancer patients. Half of the cancer patient will go through radiation therapy or radiotherapy (RT). The RT treatment uses sophisticated algorithms and machines to delivery highly accurate radiation into the target area of the patient. The preparation of the treatment heavily rely on patient digital profile.
CHALLENGE
A: Too much time is needed when collecting one patient’s info from different systems
Currently they spend around 30 mins or more for each patient when collecting data and reading the reports.
B: More than 3 types of users are involved in the radiotherapy treatment process
Different users will need to be collecting and reading patients’ info based on different purposes.
SOLUTION
An integrated patient insight dashboard
Our client, Memorial Sloan Kettering Cancer Center(MSK), one of the top two cancer care hospitals in the U.S., is developing its internal information system WARP, As a part of it, the patient insight dashboard systematically integrates patients’ different digital profiles and longitudinal patient records.
IMPACT
From 30 min to 3 min within one dashboard
The final user test with our three primary users showed that the time to collect information and read the reports of one single patient dropped from 30 min to 3 min. It dramatically reduced the care team's data collection and summary burden, empowering the clinical decision-making from patient data. It helps our radiation specialists diagnose and identify risky patients speed by 300%.
PROCESS
Phase 1
Design Research
- Competitive analysis
- User interview
- Storyboard & Persona
Phase 2
Design Definition
- Brainstorming
- Features & Functionality
- Information Layout
Phase 3
Low-Fi Design
- Wireframes
- Usability Testing
Phase 4
High-Fi Design
- Look & feel Exploration
- UI Design
- Reflection