
Ph.D. in Statistics
Faculty of Informatics and Data Science (FIDS), University of
Regensburg, Germany
📍 Regensburg, Germany | ✉️ ORCID | Google Scholar | ResearchGate
I am a statistician dedicated to advancing precision
medicine and personalized healthcare through
the integration of statistical learning,
Bayesian modeling, and artificial
intelligence.
My work focuses on developing interpretable models for predicting
individual treatment effects, enabling more informed and individualized
medical decision-making.
My research bridges advanced statistical theory with modern machine learning paradigms to address complex, real-world data challenges in health, ecology, and environmental monitoring.
These challenges include missing data, time-to-event and longitudinal structures, and non-Gaussian response distributions such as categorical, discrete, or inflated outcomes.
With more than 18 years of continuous research and academic experience, my expertise includes:
Keywords: Bayesian Learning • Precision Medicine • Personalized Treatment Effect Prediction • Compositional Data • Environmental Statistics • Hierarchical Models • Statistical Machine Learning • Causal Inference