🔬 AI-Powered Biomedical Decision Support Based on Predicted Individual Treatment Effects (PITE): From Clinical Evidence to Individualized Care

My research develops Bayesian learning and hybrid AI methods to predict individual treatment effects (PITE), addressing missing information and complex outcomes to advance personalized medicine and clinical trial decision-making.


🩺 Statistical Consulting in Health and Psychoanalysis


📊 Advanced Statistical Modeling and Machine Learning

Applied research spanning ecology, environmental monitoring, and risk modeling, with emphasis on Bayesian inference, hierarchical models, and multivariate probabilistic analysis.


🌍 Epidemiology and Public Health — Science Communication and Social Impact

During the COVID-19 pandemic, I contributed to Ação Covid19, a volunteer scientific network aimed at translating complex data into accessible language, ensuring reliable, transparent information for the community.


📐 Statistical Theory and Methodological Development


🧭 Early and Interdisciplinary Work


💡 Key Research Strengths