π Situation
A New Patient Analytics Dashboard π to help us understand patient data better.
To provide quick insights β¨ into things like patient groups π¨βπ©βπ§βπ¦, treatment results β
,
and costs π²,to support data-driven decision-making π§ .
π― Task
Build this comprehensive dashboard from scratch ποΈ. This involved developing and visualising key performance indicators (KPIs) π
such as patient distribution by indication π, treatment success rates π, cost per patient π°,
readmission rates π, length of stay β±οΈ, treatment efficacy comparisons βοΈ, and mortality rates π,
applying various filters for detailed analysis π¬.
π»Action
I began by breaking down each required KPI π§© to understand its underlying data requirements and relationships.
This involved identifying all necessary data points like age π΅π΄, ethnicity π§βπ€βπ§, payer type π³,
indication π€, treatment π, outcomes π, and costs π΅.
I created detailed charts for patient demographics π, utilised heatmaps π₯ to highlight readmission risks,
and developed comparative views for treatment efficacy and mortality.
I implemented all specified filters π, such as age group, ethnicity, payer type, provider type,
and pharmacy type, to allow for granular data exploration.
β Result
I successfully delivered a fully functional π and insightful Patient Analytics Dashboard π
It effectively presented all the specified KPIs and filters, enabling stakeholders to visualise critical patternsπ,
understand treatment effectiveness β
, identify cost variations π², and pinpoint areas of high risk π©.
This dashboard significantly enhanced our ability to derive meaningful insights from patient data π§ ,
Supporting more informed decision-making in patient care π.