I integrate rigorous data science with policy-grade strategy and narrative clarity - then
ship real, measurable change. Forged at the intersection of macro-systems thinking and
quantitative biostatistics, my work bridges the gap between global socio-economic frameworks
and actionable decision intelligence. My professional trajectory spans leading frontline
epidemiological response teams during the COVID-19 pandemic, scaling enterprise analytics as
a senior data scientist for a Fortune 24 organization, and driving agile, cross-functional
teams across a Big 4 firm and an SF-based health startup. I don’t just build models; I
translate complex statistical outputs into the strategic foresight required for senior
leadership and public policy.
Given PhD-level training in Epidemiology, Biostatistics, and Neurocognitive Science, I am
deeply technical but relentlessly applied. I am at home working in R, with extensive
experience across Python, SQL/Postgres, Julia, SAS, and SPSS - however I often leverage Rust,
C++, and Java as well. My technical wheelhouse includes wrangling mixed data, hypothesis
testing, and architecting explainable machine learning pipelines - spanning supervised
learning, clustering, and natural language. Beyond the algorithms, I build automated
workflows, interactive geospatial maps, and cross-platform tools that live in the real
world, such as my civic-tech platform, Perception Interval. My graduate training and
research in neurocognitive science equips me with perspective and deep curiosity regarding
human and artificial cognitive abilities - which I bring to the table in every machine
learning and generative AI system that I design, build, deploy, and maintain.
Whether I am brainstorming with colleagues, communicating to expert & broad audiences,
engineering insight systems, developing intelligence in a drop of cloud compute, or stepping
into leadership roles in times of great challenge, my focus remains constant: extracting the
signal from the noise, anticipating the range of probable futures, and building systems that
drive human-centric, scalable impact.