Novo Nordisk
Sickle Cell Disease Provider Chatbot
There is approximately 100k people in the US living with sickle cell disease (SCD). As a rare disease, SCD is often not treated effectively in the care setting with many providers not identifying the symptoms of the condition or understanding how to treat effectively. This situation is oftentimes complicated by compounding factors such as racial bias, medical staff unawareness, financial hardship, cultural distinctions, and lack of disease state expertise. To help reduce these detrimental factor at the provider level, this student team will work to design and develop a tool which would supply the physician with an easily accessible set of clinical and behavioral protocols to identify and best treat the SCD patient. This student team will work to create chatbot container utilizing chat features such as iMessage and Messenger. The core and primary function of this tool would be to work from the unique set of provider inputs to algorithmically train from these inputs to help lead/teach the physician a manner of care aligned to the physician’s personal care style, as well as the care (clinical and behavioral/emotional) of a particular SCD patient. Some of the key objectives this student team will work to evaluate when designing the SCD chatbot include: • Data models focused on SCD treatment and disease state – protocol data for clinical analysis and treatment • Demographic data as per SCD population • Analysis of emotional/behavioral/cultural attributes to determine the care data associated with treating SCD • The tool would ideally be capable of assessing the “care style” of the provider and align that to the patient need set. • Adopting the mobile moments (ease of access) from the message toolset, the chatbot could operate outside the application container and function in a conversational manner as a “friend” to the physician. The objectives this student team will work to achieve are: • A working prototype, end-user platform via iMessage and/or other messaging application • A solution accessible from smartphone • A name and branding for tool • An optimized user-centric (physician) designs and workflow (UX)
Faculty Adviser
Karthik Mohan,
Affiliate Professor,
Electrical & Computer Engineering
Students
Aurelia Audrey Kisanaga
Emily Lee
Jiaqing (Allen) Liu
Qizhuo Shen
Tejashree Khedkar
Tianli (Marcus) Ren
Yong Lu
Related News
Fri, 09/20/2024 | UW Civil & Environmental Engineering
Smarter irrigation for a greener UW
A new project combines satellite data with ground sensors to conserve water and create a more sustainable campus environment.
Mon, 09/09/2024 | UW Mechanical Engineering
Testing an in-home mobility system
Through innovative capstone projects, engineering students worked with community members on an adaptable mobility system.
Mon, 08/19/2024 | UW Mechanical Engineering
Students strive to ensure accurate AED shock dosage
ShockSafe, developed by students with the help of mentors from Philips and Engineering Innovation in Health (EIH), can distinguish between children and adults during cardiac arrest emergencies.
Wed, 08/07/2024 | Snohomish County News
Snohomish County, University of Washington partnership boosts efficiency in enterprise scanning center
UW Industrial and Systems Engineering Capstone Project set to save Snohomish County over $40,000 annually.