- Helping companies understand what resonates most with their audience by automating ad A/B tests and combining results into clear feedback about ad features
- Using causal inference to explain which ad features drive results and shape model structure
Techniques used: Design of Experiments, A/B Testing, Generative AI, Automated Variable Selection, Explainable Boosting Machine
- Analyzed revenue, LTV, and marketing spend patterns; frequently wrote internal articles and gave presentations to stakeholders
- Built data pipelines combining revenue, marketing, and supply chain data across 10+ platforms and 15 countries
- Forecasted customer lifetime value daily for each customer, enabling marketing improvement
Techniques used: BTYD / RFM Models, BigQuery, Airflow, ETL Pipelines
- Lifted revenue by over $5 million by optimizing regional marketing using experiments, causal inference, and media mix modeling
- Wrote 100+ articles and presented to the CEO and Management Team weekly, clearly explaining insights about products, promotions, and marketing
- Sped up financial reporting from monthly to daily by building a program to combine several cost and revenue datasets
- Made company data accessible to the 100+-person organization by building data pipelines and self-serve reporting systems
- Prioritized projects for the 4-person Data Science team and helped team members grow their skills
Techniques used: Causal Inference, Media Mix Modeling, Design of Experiments, BI Dashboards
- Improved the conversion rate, leading to $20M+ in additional annual revenue, by writing web experiment analysis software using Stan, R, and Bayesian bandit algorithms
- Produced daily sales forecasts and explained revenue changes with Bayesian time series analysis
Techniques used: Bayesian A/B Testing, Time Series Analysis, Hierarchical Models, Survival Analysis, Probabilistic Programming
- Co-wrote a program producing 6,000+ natural language medical clinic reports; 80%+ of clinic managers responded that reports made understanding data easier
- Built systems to optimize written content for conversion rates using contextual Bayesian bandit algorithms
Techniques used: NLP, Time Series Analysis, Contextual Bandit Algorithms, Random Forests
Python, R, SQL, JavaScript, Julia, Stan
Experimental Design, Time Series, Causal Inference, Survival Analysis
BigQuery, Redshift, PostgreSQL, DuckDB
Docker, Cloudflare, AWS, GCP