ERIC J. DAZA

Dr. Eric J. Daza (pronouns: he/him/siya) created Stats-of-1, a digital health newsletter for promoting the expanded use of n-of-1 trials, single-case designs, and other individual-focused (personalized/precision) statistical approaches in health and medicine. These approaches can truly personalize health insights, diagnosis, and treatment in a way traditional clinical and biomedical statistics—and even many precision medicine, machine learning, and AI approaches—fundamentally cannot. For this innovative work, he was recognized by Forbes and Fortune in 2022, and by the American Statistical Association in 2023. He is also a General Member of the International Collaborative Network for N-of-1 Clinical Trials and Single-Case Experimental Designs.

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Daza is a biostatistician and health data scientist at Evidation, a digital health company. He has worked for 20+ years in industry and academia, in pharma clinical trials, survey sampling, nutrition, maternal/child health, global/international health, health promotion and disease prevention, healthtech, digital health, and behavioral medicine.

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​​Since 2022, Daza has served as the Professional Development Committee (PDC) Chairperson for the Justice, Equity, Diversity, and Inclusion (JEDI) Outreach Group at the American Statistical Association. He has been an ASA JEDI PDC Member since 2021.

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As a privileged middle-class Brown Asian immigrant from the Philippines, Daza earned both his BA in Neurobiology / Cognitive Studies and MPS in Applied Statistics at Cornell University, followed by his DrPH in Biostatistics at the University of North Carolina at Chapel Hill. He then trained as a postdoc at the Stanford Prevention Research Center. He is also Jesuit-trained.

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Dr. Daza introduced the average period treatment effect (APTE) n-of-1 counterfactual framework (Daza, 2018; clearer LaTeX notation here) for understanding each person’s own health causes and effects using their own self-tracked wearable/sensor data, patient-reported outcomes, clinical outcomes, and biomarkers. To do so, he introduced the MoTR ("motor") method (Daza and Schneider, in preparation; 2-min explainer video here) for estimating such individual-specific causal effects.​

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The APTE framework for "Granger causal inference" is grounded in n-of-1 trials and single-case designs. It accommodates both experimental (RCTs, A/B tests, experimentation) and observational (real-world) partitioned multivariate time series, heterogeneous treatment effects, functional data analysis, microrandomized trials, dynamic treatment regimes, and multilevel/hierarchical/ mixed-effects models

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Here's a fun video by Daza's brilliantly witty UNC friends in which he plays a singing statistics professor: A Statistical New World (see Videos page for more clips)

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• "Uncertain times call for certain measurements." (Science, Apr 2017)

• "Significance of evidence is not evidence of significance." (

  Towards Data Science, Jun 2021)

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"Empathize exactly, communicate concisely." I strive to advance the science of individual well-being by bridging and communicating statistical concepts with precision and empathy. I work to coordinate efforts to innovate, refine, and implement statistical study design and analysis practices that strengthen the scientific, regulatory, and ethical rigor of health promotion and disease prevention using digital tools and data.

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To do so, I use my natural instincts to find connections across different practice areas, identify underlying concepts shared by distinct technical disciplines and philosophies, and highlight similarities among various personal histories and experiences. I communicate my findings through metaphor and wordplay punexpectedly often.

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(photo by Monica Semergiu)