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HealthcareMachine Learning
28% lower RMSE vs baseline

Epidemic Demand Forecasting for Regional Healthcare

Problem

A regional healthcare system in a developing market lacked reliable case forecasting to plan ICU capacity, oxygen supply, and public-health interventions. Off-the-shelf global models did not generalise to local epidemiological data.

Approach

Led the machine-learning track in a globally distributed team of 15+ contributors. Implemented XGBoost time-series models with feature engineering on public-health data, and built an interactive dashboard for non-technical stakeholders to explore forecasts.

Result

Model evaluation metrics (MAE, RMSE, R²) validated on held-out data. Dashboard deployed for ongoing use by regional health planners.

  • MAE, RMSE, R² validated on held-out data
  • Interactive dashboard deployed for health planners
  • Team of 15+ across data science and engineering
  • Feature engineering on public-health time series
15+
Team size
4 weeks
Forecast horizon
-28%
RMSE vs baseline
40+
Dashboard users
HealthcareXGBoostTime SeriesPublic Health
Some client details have been generalised or omitted under NDA. Metrics shown are real and verified.