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🧬 Patricia C. Torrell

Clinical Data Analyst

Machine Learning · Clinical Research · Reproducible Science


📁 Portfolio of Clinical Data Science Projects


🧬 About Me

Clinical Data Analyst specializing in:

  • structured clinical datasets
  • reproducible analytical pipelines
  • machine learning for risk prediction
  • scientific communication and interpretability

My work focuses on building clinically meaningful, transparent and reproducible models that support decision‑making in healthcare.


📁 Featured Projects

🧩 Migraine Risk Prediction

Machine‑learning framework for migraine risk assessment integrating clinical preprocessing, calibrated probability modeling, SHAP‑based insights, decision‑threshold tuning, and subgroup fairness evaluation to ensure reliable and equitable predictions.
👉 View project website
👉 GitHub repository

❤️ Cardiovascular Risk Prediction

End‑to‑end machine learning pipeline for cardiovascular disease risk prediction, including clinical cleaning, feature engineering, robust preprocessing, model training, calibration, interpretability, and reporting.
👉 View project website
👉 GitHub repository

🧬 Kidney Stone Risk Prediction

Machine learning pipeline for kidney stone risk prediction, featuring calibrated models, interpretability (Permutation Importance + PDPs), and a clean modular architecture for clinical decision support.
👉 View project website
👉 GitHub repository

🧠 Alzheimer’s Disease — Brain Morphology & Mental Health

Clinically grounded analysis of brain morphology, daily functioning, and symptom severity across Alzheimer's disease diagnostic groups, featuring rigorous statistical analysis, baseline predictive modeling, and a fully modular pipeline structure.
👉 View project website
👉 GitHub repository

🦠 Antimicrobial Resistance in Spain

Analysis of antimicrobial resistance (AMR) in Spain using EARS-Net data (2000–2018), exploring resistance patterns by age, gender, bacteria–antibiotic profiles, trends over time, and predictive modeling to support clinical and public health decisions.
👉 View project website
👉 GitHub repository


🧩 Skills

  • Clinical data preprocessing (missingness, outliers, encoding)
  • Statistical analysis (R, Python, SPSS)
  • Machine learning for risk prediction
  • Feature engineering guided by clinical knowledge
  • Model evaluation and interpretability
  • Reproducible pipelines (pandas, PySpark, sklearn)
  • Scientific communication and reporting

💼 Experience

Clinical Data Analyst

  • Analysis of structured clinical datasets
  • Development of reproducible analytical workflows
  • Risk prediction modeling in healthcare contexts
  • Preparation of technical and scientific reports

📬 Contact

Last updated: March 2026