Prompt for Claude Code session Read DBT-BigQuery-Project-Plan.md before starting any work
Build a production-style dbt analytics engineering project on BigQuery using CMS Hospital Readmissions data. The project is a portfolio piece targeting the Philips UX Telemetry Expert — Adoption & Insights role (Eindhoven second round, ~May 19).
The business question: Which hospitals show consistently low adoption of discharge protocol improvements, and what patterns in clinical quality metrics predict readmission rates?
This framing maps directly to the Philips role — clinical workflow adoption is the hospital device equivalent of feature adoption analytics.
hospital-readmissions-dbtA three-layer dbt project:
models/
staging/
stg_hospital_readmissions.sql
stg_conditions.sql
intermediate/
int_hospital_readmission_rates.sql
int_hospital_adoption_signals.sql
marts/
mart_adoption_summary.sql
mart_condition_performance.sql
mart_national_benchmarks.sql
Full model logic is in DBT-BigQuery-Project-Plan.md in this folder.
schema.yml for every model and every columnnot_null and unique on primary keys, accepted_values on categoricals, relationships between layersref() and source() macros throughout — no hardcoded referenceshospital_analytics in GCPhospital_analytics.raw_hospital_readmissionsWhen complete, the interview narrative is: “I built a dbt project on BigQuery using CMS hospital readmissions data. The question I designed it around is which clinical sites consistently underperform on protocol adoption, and what patterns predict that. It is the same analytical question that applies to medical device feature adoption at hospital level. The architecture uses the standard three-layer pattern — staging for clean raw data, intermediate for business logic, marts for analytics-ready tables.”
Target completion: 30 May 2026 Stack: BigQuery (native GCP — no setup friction, production-equivalent)